Final conference, Rome October 11, 2016 Drilling glacial deposits in offshore polar regions Till J. J. Hanebuth1, Michele Rebesco2, Roger Urgeles3, Renata G. Lucchi2, Tim Freudenthal1 1 MARUM Center for Marine Environmental Sciences, University of Bremen, Germany 2 Istituto Nazionale di Oceanografia e di Geofisica Sperimentale (OGS), Sgonico, Italy 3 Institut de Ciències del Mar, Barcelona, Spain Abstract High latitudes are of fundamental importance in the Earth’s climate system— they house ice sheets that govern global sea level heights, influence how much solar energy is reflected back to space, and create deep and bottom waters that drive the ocean’s ability to circulate energy and nutrients across the globe. Not surprisingly, understanding future climate change requires knowledge of how past rapid climate changes influenced high latitudes. Under what conditions did ice streams advance and retreat? Did deep and bottom water formation ever slow down or stop and why? What was the precise timing of these changes, and how rapidly are the interacting components in the polar system responding? To help answer these questions, scientists seek to drill into the seafloor within high latitudes. The depositional succession in sediment cores recovered may be able to tell the story of how high latitudes evolved through past climate changes—knowledge that could help us anticipate how the high latitudes will respond to or push future climate changes. However, ocean drilling in high latitudes is no easy task. The physical characteristics of glacial tills and related marine deposits, with a highly consolidated cohesive matrix, hinder successful sediment coring because the sticky, clayey material of these deposits clogs the rotating drilling mechanisms. To overcome this challenge, scientists are investigating how drilling systems can be tailored for use on the high- latitude seafloor. One, developed by Germany’s MARUM—Center for Marine Environmental Sciences, is a specialized drill rig. Nicknamed MeBo, from Meeresboden- Bohrgerät (German for “seafloor drill rig”), the device can drill into soft sediments, hard rocks, and a combination of the two. Most important, it is portable, meaning that it can be deployed from scientific research vessels, reducing the need for specialized and expensive drilling vessels. MeBo was recently used on the CORIBAR expedition, which took place on the R/V Maria S. Merian. In 2013, the device drilled two boreholes, each longer than 35 meters, through tills and Figure 1: Location of the Kveithola Trough in the Norwegian Sea (star).


Authors: Prikhodko Svetlana I., Kornev Konstantin P., Pisareva Irina N. Testing and validation of methods to diagnose the causative agent of Pierce's disease in different kinds of substrate ALL-RUSSIAN PLANT QUARANTINE CENTER (FGBU VNIIKR), RUSSIAN FEDERATION


تطوير الضمير:األخالقي تأثير العالقات األسرية على تشكيل قيم وأخالقيات األطفال في الطفولة المبكرة مقتطفات فكرية من فصل "الطفولة وتوقع"األدوار من كتاب :"الهوية الشباب،"واألزمات بقلم إريك إريكسون أعداد أستاذ القياسات النفسية المشارك .د باسم نزّهت السامرائي مقالة غير منشورة- 2024 ماذا يقصد أريكسون بهذا العنوان للفصل "الطفولة وتوقع األدوار"؟ إنه يشير إلى الفترة التي يتعلم فيها الطفل تحديد دوره في المجتمع ورسم توقعات عن كيفية تفاعله مع.اآلخرين في نظرية،أريكسون التوقع يعني التفكير بالمستقبل واالستعداد لمراحل الحياة،القادمة،يرى أريكسون أن األطفال في مرحلة التوقع يتطلعون لتجربة األدوار والتحديات المختلفة بثقة ويعتقدون أن لديهم القدرة على التعامل.معها أريكسونًايضا أطلق على هذه المرحلة اسم "المبادرة مقابل الذنب"؛ ألنه يعتبرها فترة حاسمة في نمو.اإلنسان يبدأ األطفال في استكشاف العالم بثقة،ومبادرة ويتعلمون تحمل المسؤولية واتخاذ.القرارات ومع،ذلك قد يواجهون أيضًا مشاعر الذنب والخجل عندما.يخطئون يرى أريكسون أن هذه المرحلة تساهم في بناء الثقة بالنفس وتطوير الهوية،الشخصية حيث يتعلم األطفال التعبير عن ذواتهم بثقة وتحديد.األهداف المبادرة في استكشاف العالم تكون نتيجة اندفاع األطفال الداخلي وفضولهم الطبيعي الستكشاف البيئة وتجربة األشياء الجديدة باإلضافة انها نتيجة توجيه البالغين في نفس الوقت لهذه .المبادرات في نظرية،أريكسون األزمة مفهوم مهم وأساسي في عملية نمو اإلنسان،وهي تمثل تحديًا نفسيًا أو اجتماعيًا يواجهه الفرد خالل مرحلة معينة من التطور.النفسي تعبر األزمة في كل مرحلة عن صراع داخلي بين احتياجات الفرد ومتطلبات المحيط .االجتماعي مفاهيم األزمة المتضادة التي يعبر عنها أريكسون في كل مرحلة تعكس التوتر بين احتياجات.متناقضة على سبيل ،المثال في مرحلة المبادرة مقابل،الذنب يواجه الطفل تناقضًا بين رغبته في استكشاف العالم وتجربة األمور الجديدة )(المبادرة وبين مخاوفه من ارتكاب أخطاء أو التعرض لالنتقاد.)(الذنب هذا التناقض يمثل األزمة التي يجب على الطفل التغلب عليها لتحقيق التوازن النفسي والنمو الصحيح في تلك.المرحلة في فصل "الطفولة وتوقع"األدوار، Childhood and the Anticipation of Rolesمن كتاب:"الهوية الشباب ،"واألزماتIdentity: Youth and Crisisيستعرض إريك إريكسون أفكارا مهمة عن دور التجارب الطفولية في تطوير الهوية الشخصية وتطلعات.المستقبل كما ذكرنا،أعاله انه ايضا يركز على المرحلة المهمة،للطفولة وهي المبادرة مقابل،الذنب حيث يتعلم األطفال كيفية التعبير عن ذواتهم بثقة واستكشاف العالم من.حولهم يعتبر إريكسون أن هذه المرحلة حاسمة لتطوير الثقة بالنفس واألهداف.الشخصية يتحدث الفصل أيضًا عن أهمية العالقات بين الطفل واألبوين في تعزيز شعور االستقالل والكفاءة لدى،األطفال وكيف يمكن أن تساعد هذه العالقات في تطوير الضمير األخالقي لدى.األطفال بشكل ،عام يوفر الفصل نظرة شاملة حول أهمية فترة الطفولة في تشكيل الشخصية ويسلط الضوء على أهمية دعم الطفل خالل هذه المرحلة.الحاسمة الهدف من المقالة"تطوير الضمير:األخالقي تأثير العالقات األسرية على تشكيل قيم وأخالقيات األطفال في الطفولة المبكرة"استعراض أهم أفكار،إريكسون وتشمل على ثالث جوانب:وهي،ًأوال فحص أهم المفاهيم التي يطرحها إريكسون حول المبادرة مقابل الذنب وتأثيراتها على نمو،الطفل،ًوثانيا تحليل تأثير العالقات األسرية على تشكيل قيم وأخالقيات 1


In Vitro-In Vivo Extrapolation of Developmental Endpoints with Higher Throughput Pregnancy Toxicokinetic Modeling Kimberly Truong Truong.Kimberly@epa.gov ORISE Fellow, Center for Computational Toxicology and Exposure, Office of Research and Development, US Environmental Protection Agency 1 Society of Toxicology Conference 2024 Symposium Session: In Vitro In Vivo Extrapolation to Predict Developmental Toxicity Potential March 12, 2024


yana kaydır BAŞLANGIÇ


EU-Citizen.Science A platform for mainstreaming citizen science and open science in Europe Open Science conference, Berlin, 12 March 2020 1


Poster STI 2022 Conference Proceedings Proceedings of the 26th International Conference on Science and Technology Indicators All papers published in this conference proceedings have been peer reviewed through a peer review process administered by the proceedings Editors. Reviews were conducted by expert referees to the professional and scientific standards expected of a conference proceedings. Proceeding Editors Nicolas Robinson-Garcia Daniel Torres-Salinas Wenceslao Arroyo-Machado Citation: Liu, Y., Alonso-Arroyo, A., Tendero- Cañadas, E., Sixto-Costaya, A., Castelló-Cogollos, L., & Valderrama-Zurián, J. C. (2022). Gender analysis of the Editorial Board Members of the Journals Information Science and Library Science. In N. Robinson-Garcia, D. Torres-Salinas, & W. Arroyo-Machado (Eds.), 26th International Conference on Science and Technology Indicators, STI 2022 (sti22151). https://doi.org/10.5281/zenodo.6962122 Copyright: © 2022 the authors, © 2022 Faculty of Communication and Documentation, University of Granada, Spain. This is an open access article distributed under the terms of the Creative Commons Attribution License. Collection: https://zenodo.org/communities/sti2022grx/


PoS(10th EVN Symposium)077 4C 02.27: what is inside a double-double radio quasar? Sándor Frey∗† FÖMI Satellite Geodetic Observatory, P. O. Box 585, H-1592 Budapest, Hungary MTA Research Group for Physical Geodesy and Geodynamics, Budapest, Hungary E-mail: frey@sgo.fomi.hu Zsolt Paragi Joint Institute for VLBI in Europe, Postbus 2, 7990 AA Dwingeloo, The Netherlands MTA Research Group for Physical Geodesy and Geodynamics, Budapest, Hungary E-mail: zparagi@jive.nl Recently Jamrozy et al. (2009) identiﬁed 4C 02.27 (J0935+0204) as the ﬁrst possible example of a double-double radio source which is optically identiﬁed with a quasar (i.e. not a galaxy), at the redshift of z=0.649. The overall projected angular size of the radio source reaches about 1.5′, with a prominent “core” component in the centre. The two opposite pairs of radio lobes might indicate two periods of episodic activity. We report on our short exploratory 1.6-GHz Very Long Baseline Interferometry (VLBI) observations of the innermost radio structure of the quasar, conducted with the electronic European VLBI Network (e-EVN) on 2009 September 30. These revealed a milliarcsecond-scale compact source which is the base of the approaching one of the two symmetric relativistic jets currently supplying the hot spots in the inner pair of the arcsecond- scale radio lobes in 4C 02.27. 10th European VLBI Network Symposium and EVN Users Meeting: VLBI and the new generation of radio arrays September 20-24, 2010 Manchester, UK ∗Speaker. †The EVN is a joint facility of European, Chinese, South African, and other radio astronomy institutes funded by their national research councils. The e-VLBI research infrastructure in Europe is supported by the European Commu- nity’s Seventh Framework Programme (FP7/2007-2013) under grant agreement no. RI-261525 NEXPReS. This work was supported by the European Community’s Seventh Framework Programme, Advanced Radio Astronomy in Europe, grant agreement no. 227290, and the Hungarian Scientiﬁc Research Fund (OTKA, grant no. K72515). This research has made use of the NASA/IPAC Extragalactic Database (NED) which is operated by the Jet Propulsion Laboratory, California Institute of Technology, under contract with the National Aeronautics and Space Administration. c ⃝Copyright owned by the author(s) under the terms of the Creative Commons Attribution-NonCommercial-ShareAlike Licence. http://pos.sissa.it/


1 Prof. (Dr.) Maruthi TR, Professor of International Law & Coordinator of Model United Nations Conference, Department of Studies in Law, University of Mysore


Revealing the orbital histories of the spiral population in the Abell cluster A496 Poster #42


1 Collapsing cores in the Hierarchical Gravitational Collapse scenario. Raúl Naranjo Romero, Enrique Vázquez Semadeni and Robert Loughnane Poster 23 Naranjo-Romero et al. 2015. ApJ, 814, 48 Instituto de Radioastronomía y Astrofísica, UNAM


ALMA observations of the disk- outflow system in S255IR-SMA1 at ~15 mas (~20 au) resolution Igor Zinchenko Institute of Applied Physics of the Russian Academy of Sciences Sheng-Yuan Liu, Yu-Nung Su Academia Sinica Institute of Astronomy and Astrophysics, Taiwan


CHECKING SEXUAL COMPATIBILITY BETWEEN LECCINO AND FS17 V. Roseti1, F. Specchia2, S. Vanadia3, G. Melcarne4, P. La Notte2 1 Department of Soil, Plant and Food Sciences, University Aldo Moro, Via Amendola 165/A, 70126, Bari, Italy 2 Institute for Sustainable Plant Protection, Italian National Research Council, Via Amendola 122/I, 70126, Bari, Italy. 3 Infoxylella.it. 4 Forestaforte Farm, 73034, Gagliano del Capo (LE), Italy.


AUTHORS Pavel Tkach and Adam Stepien AFFILIATIONS Arctic Centre University of Lapland Arctic PASSION project 1. The state of data-driven decision-making and planning in the region. 2. Community-based monitoring, local experience and traditional knowledge in the decision-making and planning. 3. National, interregional and international administrative and scientific cooperation in the decision-making and planning. 4. Knowledge gaps and vision to the future. 5. Future of cooperation of scientists and decision. Data-driven Subnational Decision- making in the Arctic: towards identifying the key issues. Arctic PASSION Research Poster, based on ULAP Background paper "Data-driven Subnational Decision-making in the Arctic: Towards identifying the key issues" Click to read: loader.aspx (arcticcentre.org) 01. Arctic PASSION project Arctic PASSION (Pan-Arctic Observing System of Systems: Implementing Observations for Societal Needs), the project of which this policy paper and related workshop are part, contributes to addressing the remaining challenges while strengthening the sustainability of the earlier developments. It is a Horizon 2020 project funded by the European Union and bringing together 35 institutions from across Europe and around the circumpolar North, led by Alfred Wegener Institute. The project is to respond to the demand for faster access to observational data and services that are increasingly more reliable and diverse, and by that, to facilitate unrestricted access to the latest scientific observations. The goal is to enhance monitoring of ongoing environmental changes, reduce uncertainty in predicting future system changes, support risk assessment, inform and guide mitigation and adaptation measures and support sustainable development in the Arctic and beyond. The core principle of the project is to involve Indigenous Peoples, local populations, decision-makers and a broad range of Arctic stakeholders in the co-creation of useful services. In addition, the project includes a number of pilot services that are potentially relevant for subnational decision-making, including, among others, a permafrost service, local atmospheric pollution forecast service, integrated fire risk management, noise pollution and impacts on marine living resources, and lake ice service. See more at https://arcticpassion.eu/ • help to foster the outputs of the Arctic Science Ministerial Meetings (the meetings of Arctic and Arctic- interested ministers of science and relevant stakeholders), particularly regarding sustained funding for Arctic observations; • consult with and inform Arctic policymakers and Indigenous People through dialogue within the Arctic Council, its working groups and Permanent Participants; • maintain a close connection with the relevant European Union institutions; • provide decision-making support on regional and local levels, through consultations with stakeholders. 03. Methodology The current background paper is a descriptive and conclusive report based on interviews with policymakers, science experts affiliated with governing authorities at national and subnational levels in the Arctic states, and scientists working in close cooperation with authorities. Due to imposed operation limitations, the University of Lapland team carried out interviews with experts from every Arctic state, except the Russian Federation. The structure of the interview has been divided into the following sections: 04. Interviews Preliminary interviews were conducted with experts and officials from the following bodies: • Regional Council of Lapland, Finland • Lapland Centre for Economic Development, Transport and the Environment, Finland • Finnish Environment Institute, Liitteri Portal • Troms and Finnmark County, Norway • Municipality of Tromsø, Norway • The Government of Yukon, Canada • The Government of Northwest Territories, Canada • Alaska Centre for Climate Assessment and Policy, USA • Ministry for Agriculture, Self-Sufficiency, Energy and En


Type something Um estudo sobre os descritores da Arquivologia Digital utilizando vinte periódicos científicos. #1 análise Foi observado que dos vinte periódicos científicos chamou a atenção a quantidade de ocorrências da "Preservação Digital". Aparece como destaque forte mesmo não tendo sido o tema principal pesquisado. #2 análise As imagens a seguir mostram que dos vinte artigos, houve um crescimento do tema "Digital Preservation" em meados de 2015. Como se tratam de periódicos científicos brasileiros, pode-se observar o atraso até então da incorporação da tecnologia junto a tecnicidade arquivista. Porém, pode-se observar um amadurecimento, à partir dos artigos coletados, do descritor e tema "Digital Preservation Policy", ou seja, políticas voltadas para a preservação digital de documentos e/ou os demais objetos que constituem o trabalho do arquivo. 12 10 8 6 4 2 0 Digital Preservation Archival Science Digital Document Análise de palavras chaves: Share


Version 1 (September 2020) ASMOHEJP2021 poster 1 D-PhD06-6.12 Responsible Partner: ANSES


funded by EIP-AGRI WORKSHOP ‘Opportunities for farm diversification in the circular bioeconomy’ 6-7 February 2019 - Vilnius, Lithuania Operational Groups, innovative projects, Horizon 2020 multi-actor projects, Horizon 2020 thematic networks and projects under the Biobased Industry Joint Undertaking represented at the workshop update 31 January 2019


1st International Conference on Sustainable Energy and Advanced Materials IC-SEAM’21 April 21-22, 2021, Ouargla, ALGERIA Optimization of Preparing Conditions for Activated Carbon from Date Stones (Phoenix Dactylifera L.) by Chemical Activation Using Response Surface Methodology Rania Remmani1, Ahmed Boutarfaia1, Miladi Malek², Mohammed Mesnoua3, Messaoud Roumani3, Bahia Messai1 1Applied Chemistry Laboratory LCA, University of Biskra, PO Box 145, 07000 Biskra, Algeria 2 Engineering Department, Miguel Hernández University, Alicante, Spain 3 Department of Phœniciculture, Biotechnology and Valorization of Date Palm Products and by-Products, Centre for Scientific and Technical Research on Arid Regions, BP 1682 R.P., Biskra, 07000, Algeria rania.remmani@univ-biskra.dz Abstract. This research aims to obtain optimal conditions of one-stage preparation of activated carbon (AC) from date stones using response surface methodology (RSM). The effects of three activation variables (activation temperature (T), activation time (t) and ZnCl2: precursor impregnation ratio (r) ) on the AC yield (Y), specific surface area (SSA), Micropore volume (VM) and total pore volume (Vt) were investigated. From the analysis of variance (ANOVA), the most inﬂuential factor in each experimental design response was identiﬁed. The optimum conditions for preparing AC were found as follows: T of 585 °C, t of 2.124 h and r of 2.434:1 which resulted in 20.16% of Y, 624 m²/g of SSA, 0.105 cm3/g of VM and 0.362 cm3/g of Vt. Herein, AC prepared under optimum conditions was characterized using SEM, FTIR, FRX, pHpzc analysis to evaluate the efficiency of optimization of chemical activation process in its morphological and chemical characteristics. Moreover, the obtained AC was used for phenol removal from wastewater using an ultrasonic-assisted adsorption manner. Some key parameters that influence the efficacy of ultrasonic-assisted phenol adsorption incorporate the initial concentration and sonication time were tested at ambient temperature without maintaining the pH of the solution. The results showed that The maximum amount of adsorption (442 mg/g) was noticed when the sonication time was 60 min and partially increased by the enhancement of the initial phenol


© Fraunhofer SEMI-CRYSTALLINE POLY(ESTER AMIDE)S FROM 2,5-FURANDICARBOXYLIC ACID M. Kluge, L. Papadopoulos, A. Magaziotis, D. Tzetzis, A. Zamboulis, D. N. Bikiaris, T. Robert


Categorizaci´on N IE-PETER Francisco Miralles Ferrer Pedro Abreu S´anchez Elisa Caballero Jos´e F. Reyes Rom´an 13 mayo 2024 1. Introducci´on Se presenta en este documento la naturaleza, funcionamiento y l´ogica de la funci´on de clasificaci´on en categor´ıas de los hallazgos N. Esta funci´on es utilizada en el proyecto IE-Peter, con objetivo de identificar los hallazgos N m´as relevantes entre los encontrados en el PET/CT. 2. Descripci´on de la funci´on de categorizaci´on N Se analiza en los siguientes subapartados diferentes aspectos relacionados con la l´ogica de la funci´on de categorizaci´on. 2.1. Atributos de entrada La funci´on acepta dos atributos de entrada que determina su comportamiento y resultados: 1. Hallazgo N, objeto que se evaluar´a con el objetivo de determinar su atributo categorizacion mediante el valor de retorno de la funci´on. No puede ser nulo. 2. Hallazgo T con el que el hallazgo N a categorizar se relaciona. Se identifica la relaci´on mediante el atributo idHallazgoTRelacionado del hallazgo N. Puede ser nulo. Se presenta el diagrama UML de las clases de hallazgoN y halazgoT con el que se relaciona. Ambas clases heredan de la clase hallazgo. Se indica la relaci´on que mantienen los hijos: un hallazgoN puede estar relacionado con cero o un hallazgoT mientras que este ´ultimo puedo ser relacionado con cero o muchos hallazgos N. 1


Poster: Exploiting Timing Side-Channel Leaks in Web Applications that Tell on Themselves Vik Vanderlinden, Tom Van Goethem, Wouter Joosen and Mathy Vanhoef imec-DistriNet, KU Leuven {firstname.lastname}@kuleuven.be Abstract—The performance of remote timing attacks is highly dependent on the network connection that the attack is executed over, where jitter in both the up- and downstream direction can significantly deteriorate an attack’s perfor- mance. Traditional timing attacks overcome this problem by obtaining a large number of measurements. In this poster, we present a technique to remove the inaccuracies caused by downstream jitter in a remote timing attack, which we expect to reduce the number of measure- ments required to perform a successful timing attack. Our core idea is to exploit timestamps in HTTP responses, whose values are independent of the downstream jitter. To abuse these timestamps, the adversary synchronizes with the target web server’s clock edge, after which the observed timestamps allow the adversary to infer secret information. We present a method to synchronize with the server’s clock and discuss how to compensate for the clock drift between the attacker and target machines. To evaluate the feasibility of our technique, we also investigate the occur- rence of timestamps in HTTP responses for the top 10,000 sites according to the Tranco list. Index Terms—Side-channel attacks, timing attacks, web- based attacks, network security 1. Introduction The first remote timing attack was performed in 2005 by Brumley and Boneh, who used more than 1.4 million samples to leak a 1024-bit RSA key from a server [1]. Historically, to exploit a remote timing attack an adversary has to obtain many samples to be able to differentiate requests in a statistically significant way. Collecting a high number of samples makes the attack more robust against the jitter imposed by the network. By performing a test like the box test proposed by Crosby, Wallach and Riedi, an attacker can confidently differentiate between operations on a server using a quantifiable metric and leak private data [3]. In order to reduce the need for obtaining such a high amount of samples, the network jitter that is present has to be reduced or removed. By eliminating the dependence on one or both network paths, the jitter can be elimi- nated from the obtained samples. Previous work showed that both up- and downstream jitter can be removed by coalescing multiple requests into a single TCP segment and looking at the order in which the responses are being returned [5]. However, their technique only works over HTTP/2 and requires that the server uses concurrent processing. We propose a new sequential timing attack that eliminates downstream jitter and can leak sensitive information under less strict prerequisites. First, the core concept of the attack and the prereq- uisites will be presented. Second, some necessary opti- mizations to make the attack feasible will be discussed. Specifically, the clocks of the attacker and target machines have to be synchronized in order to leak information from the target. Adding to the complexity, these clocks will experience a relative drift between them over time, due to the minor inaccuracies in the physical hardware- clocks they use. Because the attack takes a non-negligible amount of time, the relative drift between machines should be compensated for in order to keep the synchronization valid throughout the attack. Finally, the occurrence of timing information on the web is discussed due to its vital importance to a successful attack. 2. Proposed Attack Consider two requests, one of which includes a secret operation that takes additional processing time (the ‘tar- get’ request), the other does not (the ‘baseline’ request). When these two requests are sent to a server at exactly the same moment, the expected outcome would be that the response to the target request is returned after the response to the baseline request be


Single-cell migration data - import module in CellMissy This document describes in detail how to import single-cell experiments derived-data into the dedicated module of CellMissy. Which data is CellMissy expecting to receive as input The module expects text files containing four distinct columns: (i) the trajectory unique ID, (ii) the time point, (iii) the x coordinate (either in pixel or µm), and (iv) the y coordinate (either in pixel or µm): Formats accepted: tab-separated-values, comma-separated-values, XLS. Header of the text file


Integrated IoT monitoring system and Data Science platform to monitor plant conditions under biotic and abiotic factors Monia Santini1, Paola Nassisi1, Valentina Scardigno1, Carlo Trotta1, Alessandro D’Anca1, Arianna di Paola1,3, Sandro Fiore4, Giovanni Aloisio1,2, Riccardo Valentini1 1 Fondazione Centro euro-Mediterraneo sui Cambiamenti Climatici, Lecce, Italy 2 University of Salento, Lecce, Italy 3 National Research Council of Italy, Roma, Italy 4 University of Trento, Trento, Italy


Special issue on: Digital Technologies for Entrepreneurship and Social Change IMPORTANT DATES: Submission of Full Paper: until October 31, 2023. Initial decision sent to authors: until March 31, 2024 Deadline for revised papers: July 31, 2024 Notification of acceptance: until September 31, 2024 Deadline for final versions: October 31, 2024 Special Issue publication (expected): December 2024 Guest Editors: Dr. Amarolinda Zanela Klein Universidade do Vale do Rio dos Sinos, Business and Management School, Brazil (aczanela@unisinos.br) Dr. Cristiane Pedron Universidade Nove de Julho, Brazil (cdpedron@uni9.pro.br) Dr. Silvia Elaluf-Calderwood Florida International University, USA (selalufc@fiu.edu) Dr. Winnie Ng Picoto Universidade de Lisboa, Instituto Superior Economia e Gestão, Portugal (w.picoto@iseg.ulisboa.pt) BAR Editor-in-Chief: Dr. Ivan Lapuente Garrido Universidade do Vale do Rio dos Sinos, Business and Management School, Brazil (bar-eic@anpad.org.br)


AMS 2021 - Poster # 1019 Daniel M. Gilford, January 2021 Recording Transcript, including time stamps [Recording transcribed by https://otter.ai; lightly edited/formatted for readability/accessibility] 0:00 My name is Daniel Gilford. I'm a postdoctoral associate at Rutgers University and I'm really excited to share with you pyPI, which is a tropical cyclone potential intensity calculator coded up in Python and now available as a Python package. 0:16 Tropical Cyclone potential intensity is effectively the speed limit that a tropical cyclone can spin at, given its environmental conditions and pyPI is designed to supply a freely available set of codes and algorithms to both calculate potential intensity and do some simple analysis on potential intensity. [The] potential intensity algorithm has been around since about the 1980s, and in 2002, there were sort of a new version of it in Bister and Emanuel (2002). But the code from that which was originally coded in Fortran and then in MATLAB has never been really fully documented, so one of the purposes of this Python package that I developed, was to fully document the potential intensity algorithm, and make it as transparent as possible for users within the tropical cyclone and meteorological communities. I also want to really demonstrate the usefulness and utility of potential intensity as a research tool and pyPI makes that really transparent and I'm excited to share it with you today, as I do, as I sort of show you what it's capable of and what its purpose is. 1:23 So let's just start off with what potential intensity is. It’s fundamentally the speed limit of a tropical cyclone when we consider that it is a thermal heat engine. So it takes in energy it does work on the environment and it turns its potential energy into kinetic energy which is represented by the rotation of the wind, the wind speed of the tropical cyclone. And that maximum wind speed is really useful because we can compare it directly to actual intensity of tropical cyclones, and we can see there's a strong significant correlation between those two that is well documented in previous research. 2:01 And so what we can do is we can take environmental conditions, namely the temperature, water vapor, and sea surface temperatures, and also mean sea level pressures from an environmental profile---a single profile or we can take a gridded profile--and we can put those things together to calculate the potential intensity through the potential intensity algorithm. This is really exciting because you can take the potential energies from the environment convert them into kinetic energy you have some maximum speed at which the hurricane can spin, and you can learn a lot about the tropical cyclone that way; it's thermodynamic properties. 2:39 So if you're looking to calculate potential intensity one of the big questions you might ask, using pyPI, is how fast does this algorithm run. In the case of pyPI we are using numba to optimize potential intensity calculations; that's something that my colleague, Daniel Rothenberg helped me to set up within pyPI and I'm really grateful to him for his help, because it really has gotten


CDOCKER Tutorial CDOCKER is a molecular docking method based on CHARMm's position, which can produce highly accurate docking results. Taking the binding of natural ibuprofen ligand molecules to the COX-1 receptor as a point, the obtained docking conformation is compared with the natural conformation of the ligand in the crystal structure obtained by X-ray diffraction. 1. Prepare the docking system In the Files Explorer, find and double-click to open Samples| Tutorals| Receptor-Ligand Interations|1EQG.dsv. Open a three-dimensional protein structure with active sites in the branch window. (Figure 1) Figure 1 Three-dimensional structure of protein In the Tools Explorer, expand Receptor-Ligand Interactions|Define and Edit Binding Site, and then click Show/Hide Residues Outside Sphere and Show/Hide Sphere. Expand the menu bar View|Transform and click Fit To Screen to display the amino acid at the binding site in the center of the window. (Figure 2) Figure 2 Protein active site amino acids Find and double-click to open the Samples|Tutorials|Receptol-Ligand Interactions|1EQG-ibuprofen- conf.sd. file. A molecule of ibuprofen with an institutional image will open. (Figure 3)


●Title CBRAIN: a web-based, distributed computing platform for collaborative neuroinformatics research ● Authors and Affiliations Bryan Caron 1, Reza Adalat 1, Natacha Beck 1, Serge Boroday 1, Samir Das 1, Najmeh Khalili-Mahani 1, Darcy Quesnel 1, Pierre Rioux 1, Darius Valvicius 1, Alan Evans 1 1 McGill Centre for Integrative Neuroscience (MCIN), Ludmer Centre for Neuroinformatics and Mental Health, Montreal Neurological Institute (MNI), McGill University, Montreal, Canada ● Introduction, Methods, Results, Conclusions Introduction CBRAIN (http://cbrain.ca) is an open source, web-based, collaborative research software platform designed to address major challenges in big data research. CBRAIN provides researchers in neuroinformatics, genomics and more the ability to easily collaborate, store and analyze data at scale using computational pipelines on heterogeneous computing and data resources around the world. CBRAIN is used in numerous major neuroinformatics projects and is a pillar component of NeuroHub (https://neurohub.ca), a core platform of McGill University’s Healthy Brains, Healthy Lives initiative (https://www.mcgill.ca/hbhl/). Methods In production since 2009, CBRAIN (Sherif et al., 2014) is a mature and flexible orchestration infrastructure seamlessly connecting scientists to a network of advanced computing and data resources. CBRAIN is a multi-tiered platform implemented in Ruby on Rails, a widely used RESTful, Ruby-based framework. See Figure 1 for a schematic of various components of CBRAIN. CBRAIN allows users to easily launch and manage the execution of complex computational pipelines and choreographs all associated data transfers across a distributed network of resources. CBRAIN is integrated with Globus Auth (Tuecke et al., 2016) for identity management, authenticating users with their institutional Identity Provider and authorizing access to CBRAIN services. With CBRAIN users are able to upload their own data, create datasets and share that data. Fine-grained access controls enable users to securely store and share data according to a study’s data management policy. A wide variety of open and controlled access datasets including those from the Canadian Open Neuroscience Platform (https://conp.ca) (Harding et al., 2022), the Human Connectome Project (Van Essen et al., 2013) and the UK Biobank (Miller


Wanted egg parasitoids: Ooctonus vulgatus parasitizes Philaenus spumarius in Corsica and is probably widely distributed in Europe Mesmin X.; Chartois M.; Genson G.; Rossi J.-P.; Cruaud A.; Rasplus J.-Y CBGP, INRAE, CIRAD, IRD, Montpellier SupAgro, Univ Montpellier, Montpellier, France


See discussions, stats, and author profiles for this publication at: https://www.researchgate.net/publication/283259146 Environmental risks of biochar in soils: ecotoxicological effects on plants and microarthropods Conference Paper · October 2015 CITATIONS 0 READS 128 4 authors: Some of the authors of this publication are also working on these related projects: Sustainable Agriculture and Soil Conservation (SoCo) View project Soil sealing and land take View project Federica D. Conti Università degli studi di Parma 27 PUBLICATIONS 93 CITATIONS SEE PROFILE Ciro Gardi EFSA European Food Safety Authority 121 PUBLICATIONS 969 CITATIONS SEE PROFILE Giovanna Visioli Università degli studi di Parma 61 PUBLICATIONS 621 CITATIONS SEE PROFILE Cristina Menta University of East London 56 PUBLICATIONS 609 CITATIONS SEE PROFILE All content following this page was uploaded by Federica D. Conti on 27 October 2015. The user has requested enhancement of the downloaded file.


داستان ما در کارگاه سه روزه Health MBA گروه2 – دوره10 کیمیا احمدی، نازنین حسینی، عبدالرضا محمدی کوشکی، زهرا رادمرد، سید وحید موسوی، امیرعباس احدیت


Dê a essa luta! fôlego 09 DE SETEMBRO Dia Mundial da Fibrose Cística #fibrosecistica #dêfôlegoaessaluta


Digital Humanities Benelux 2022 conference University of Luxemburg June 1-3, 2022 Title Scholar-Curated Worksets for Analysis, Reuse & Dissemination (SCWAReD) from the HathiTrust Research Center Authors ● Ryan Dubnicek (University of Illinois at Urbana-Champaign, HathiTrust Research Center) rdubnic2@illinois.edu ● John A. Walsh (Indiana University, HathiTrust Research Center) jawalsh@indiana.edu ● Maryemma Graham (University of Kansas) - non-presenting author ● J. Stephen Downie (University of Illinois at Urbana-Champaign, HathiTrust Research Center) - non-presenting author ● Isabella Magni (Indiana University, HathiTrust Research Center) - non-presenting author ● Glen Layne-Worthey (University of Illinois at Urbana-Champaign, HathiTrust Research Center) - non-presenting author Abstract The Scholar-Curated Worksets for Analysis, Reuse & Dissemination (SCWAReD) project, generously supported by the Andrew W. Mellon Foundation, is producing a suite of curated, targeted worksets of materials from the HathiTrust Digital Library, facilitated by its Research Center (HTRC). HTRC worksets are user-created collections of HathiTrust volumes that can be treated as data and analyzed using a variety of tools and services. Worksets can be shared and cited, contributing to research reproducibility and enduring scholarship. In addition to their intrinsic value as focused digital collections, SCWAReD’s enhanced, scholar-curated worksets also serve as illustrative, reusable research models, and include not only the worksets themselves, but also scholarly introductions, derived datasets and related documentation, and research reports, demonstrating the collaborative workset-building, textual analysis, workflow development, and dataset-creation activities typically carried out by HTRC. The special mission of SCWAReD is to highlight and center the work of historically under- resourced and marginalized textual communities. For this purpose, a flagship project and four sub-projects were selected competitively; each of them explores new methods for creating, analyzing, and reusing curated digital library collections and the research data derived from them. SCWAReD aims to address inequities in both library collections and digital humanities research by identifying data that can support research in these traditionally marginalized fields as well as remediating gaps within HathiTrust, and using computationally-assisted efforts to recover content that is already part of the HathiTrust Digital Library but that may be difficult to discover with traditional metadata, in a traditional catalog, from within a massive digital collection.


5th PRESS RELEASE The SECRETed project has received funding from the European Union’s Horizon 2020 research and innovation programme under the Grant Agreement No. 101000794. This publication reflects only the author’s views and the European Union is not liable for any use that may be made of the information contained therein. Sustainable Exploitation of bio-based Compounds Revealed and Engineered from naTural sources © copyright A message from the Exploitation and Dissemination managers of SECRETed


Poster Abstract: Run-time Dynamic WCET Estimation Lia Cagnizi lia.cagnizi@mail.polimi.it Politecnico di Milano, Milano, Italy Federico Reghenzani federico.reghenzani@polimi.it Politecnico di Milano, Milano, Italy European Space Agency, Noordwijk, Netherlands William Fornaciari william.fornaciari@polimi.it Politecnico di Milano, Milano, Italy ABSTRACT To guarantee the timing constraints of real-time IoT devices, en- gineers need to estimate the Worst-Case Execution Time. Such estimation is always very pessimistic and represents a condition that almost never occurs in practice. In this poster, we present a novel compiler-based approach that instruments the tasks to inform, at run-time, the operating system when non-worst-case branches are taken. The generated slack is then used to take better scheduling decisions. CCS CONCEPTS • Computer systems organization →Real-time systems; • Software and its engineering →Real-time systems software; Compilers; • Hardware →Timing analysis. KEYWORDS real-time scheduling, dynamic WCET, compiler transformation ACM Reference Format: Lia Cagnizi, Federico Reghenzani, and William Fornaciari. 2023. Poster Abstract: Run-time Dynamic WCET Estimation. In International Conference on Internet-of-Things Design and Implementation (IoTDI ’23), May 09–12, 2023, San Antonio, TX, USA. ACM, New York, NY, USA, 3 pages. https: //doi.org/10.1145/3576842.3589168 1 INTRODUCTION Many Internet-of-Things (IoT) devices must satisfy given timing constraints, which are usually expressed with the concept of a time deadline. Such IoT systems are then real-time systems. Mixed- Criticality Systems (MCS) are a particular class of real-time systems and have been a subject of research since the Vestal’s article [4]. These systems integrate components with different criticality onto the same platform, where criticality is meant as the level of assur- ance that a software component must guarantee. To guarantee that timing constraints are met for real-time systems, the scheduling analysis must consider the Worst-Case Execution Time (WCET) of each task. This pessimistic assumption leads to a waste of sys- tem resources, for two reasons: tasks rarely execute their longest execution path, and the execution time analyses are usually very pessimistic, substantially over-estimating the real WCET [3]. In Permission to make digital or hard copies of all or part of this work for personal or classroom use is granted without fee provided that copies are not made or distributed for profit or commercial advantage and that copies bear this notice and the full citation on the first page. Copyrights for components of this work owned by others than the author(s) must be honored. Abstracting with credit is permitted. To copy otherwise, or republish, to post on servers or to redistribute to lists, requires prior specific permission and/or a fee. Request permissions from permissions@acm.org. IoTDI ’23, May 09–12, 2023, San Antonio, TX, USA © 2023 Copyright held by the owner/author(s). Publication rights licensed to ACM. ACM ISBN 979-8-4007-0037-8/23/05...$15.00 https://doi.org/10.1145/3576842.3589168 10 5 30 60 J2 J1 J3 J4 B1 B2 B3 B4 Figure 1: An example of CFG with four basic blocks (B1–B4) and four jump instructions (J1–J4). The number inside each block represent the worst-case execution time of that block. order to mitigate this problem, slack scheduling techniques have been developed to exploit unused WCET budgets [2]. MCS also targets this problem, with the aim to exploit over-provisioned re- sources and take advantage of the criticality concept. For example, the scheduler admits low criticality tasks during the slack time generated by high criticality tasks that do not run for their entire WCET [1]. However, the limitation of slack-reclaiming approaches is that the actual execution time of a task is known to the scheduler only after its completion. Instead, any info on the actual execution time before completion may help in performing a more ef


Warming Uma Newsletter do PELD – CRSC Boletim 010 Dezembro 2022 https://doi.org/10.6084/m9.figshare.22584073 Ilha de vegetação no campo rupestre Foto: Paulo R. Siqueria


Multiword Expressions – Comparative Analysis Based on Aligned Corpora Cvetana Krstev Association for Language Resources and Technologies Belgrade, Serbia CvetanaJK@gmail.com Ranka Stankovi´c University of Belgrade F. of Mining and Geology Belgrade, Serbia ranka@rgf.bg.ac.rs Aleksandra Markovi´c Institute for the Serbian Language SASA Belgrade, Serbia malexa39@gmail.com Relevant UniDive working groups: WG1, WG2 1 Introduction The aim of our paper is to research inter- and intra- linguistic similarities/differences in the use of sim- ile rhetorical figures (Niculae and Yaneva, 2013). We aimed at differences in the source concept in different languages, as well as in different means for expressing the comparison (simile, superlatives, compounds etc.). Our research relies on four bilin- gual aligned corpora containing mostly literary texts and involving English, French (Stankovi´c et al., 2017), German (Andonovski et al., 2019) and Italian (Periši´c et al., 2023) as one of the lan- guages and Serbian as the other.1 Similes have the recognizable formal structure; their surface form consists of the subject of com- parison, the object of comparison, a conjunction which signals a comparison, and the basis of the comparison implied by the expression. In our pre- vious research (Mitrovi´c et al., 2020; Krstev, 2021) we collected a set of 558 similes from Serbian lit- erary texts and presented their structure in a form of finite-state automata (FST), which facilitates our present research. Each FST describes possible lexico-syntactic variants of a simile. In the present study we focus on similes and their translations. Similes in Serbian texts were retrieved with the high precision (close to 100%) using the set of FSTs. We estimate that the re- call is significantly lower, but the goal of this re- search was not to retrieve all similes in analysed texts. Similes in other languages were retrieved using CQL (corpus query language) incorporated in systems that support aligned corpora. The cor- respondence between similes in one language and its source or translation in another language were established by using the “close reading” technique. 1English/Serbian (4.4MW) and French/Serbian (1.7MW) are available at Korpus, German/Serbian (1.6MW) and Ital- ian/Serbian (1MW) at Biblisha, and English/Serbian and Ital- ian/Serbian at Noske as well. These corpora are available to registered users. 2 Similarities Across Languages We established previously that the most frequent simile in Serbian literary texts is beo kao sneg ‘white as snow’ (Krstev, 2021:126). Therefore it is not surprising that this figure occurs in all our corpora. 1984-en: ...with everything forgiven, his soul white as snow; 1984-fr: Tout était pardonné et son âme était blanche comme neige; 1984-sr: ...gde mu je sve bilo oprošteno, gde mu je duša bila bela kao sneg; Eco-it: Chi aveva parlato era un monaco curvo per il peso degli anni, bianco come la neve; Eco-sr: Te je reˇci izgovorio monah poguren pod teretom godina, beo kao sneg; Jelinek-de: ...diese lang vergessene Weiblichkeit mit der Haut so weiß wie Schnee und dem Haar so schwarz wie Ebenholz. Jelinek-sr: ...ta dugo zaboravljena ženstvenost sa kožom belom kao sneg i kosom crnom kao abonos. Although the popularity of beo kao sneg ‘white as snow’ in Serbian was already established, in our aligned corpora it occurred only in translations to Serbian. Therefore, in all presented examples the phrase was used in the original; only 1984-fr is the translation from English. Today it is still natural to compare the pure white color to snow. In some cases, like zdrav kao dren ‘healthy as dogwood’, the motivation for using this particular tree for a comparison is blurred. In the French original and Italian translation different choices were observed: chêne ‘oak’ in French and pesce ‘fish’ in Italian. Flaubert-fr: Quant à lui il se portait toujours comme un chêne; Flaubert-sr: Što se njega tiˇce, on je zdrav kao dren; Andri´c-sr: ...i svak


Development of self-degradable lipid-like material equipped with environment sensing units Daniel Zucker 1*, Yuta Nakai 2, Kota Tange 2, Hiroki Yoshioka 2, Hiroki Tanaka 3, Hidetaka Akita 3. 1 NOF EUROPE GmbH, Mainzer Landstrasse 46, 60325 Frankfurt, Germany. 2 NOF CORPORATION, 3-3 Chidori-cho, Kawasaki-ku, Kawasaki, Kanagawa 210-0865, Japan. 3 Chiba University, Graduate School of Pharmaceutical Sciences, Inohana Campus: 1-8-1 Inohana, Chuo-ku, Chiba, 260-8675, Japan. * Presenter, e-mail: daniel.zucker@nofeurope.com An in-vitro transcribed messenger RNA (mRNA) is now becoming one of the most powerful tools for introducing a desired protein to cells and organisms. We previously developed a lipid-like material (COATSOME® SS-series) for the successful cytoplasmic delivery of the mRNA. COATSOME® SS-series contain two environment sensing units; tertiary amines for endosomal escape and a disulfide bonding for cytoplasmic collapse [1, 2]. In this study, we further improved the cytoplasmic release of the mRNA from the lipid nanoparticles by modifying the structure of COATSOME® SS-series. We have recently discovered that an enrichment of hydrophobic thiols in the particle under reducing environments induces an intra-particle hydrolysis reaction. In this study, we introduced a hydrolysable phenyl ester group to COATSOME® SS-OP (Fig. 1) as a self-degradation unit. The self-degradation reaction was confirmed using high performance liquid chromatography, liquid chromatography–mass spectrometry, and nuclear magnetic resonance spectroscopy. Transmission electron cryomicroscopy observation revealed that the mRNA-encapsulating particle has a spherical and homogenous morphology. The COATSOME® SS-OP showed potent gene expressions in both in-vitro and in-vivo assays. 0 20 40 60 80 100 120 140 0 3 6 9 12 Blood EPO concentration (ng/mL) Time post administration (hour) COATSOME® SS-OP MC3 In vivo Erythropoietin-encoding mRNA delivery to Liver COATSOME® SS-OP O O O O N S S N O O O O


Young, (metal-)rich ad not alone: formation of thin-disc RR Lyrae stars through binary evolution Giuliano Iorio In coll. with : Alexei Bobrick, Vasily Belokurov, Joris Vos, Maja Vuckovic Based on: Iorio & Belokurov, MNRAS, 2021, 502, 5686 Bobrick, Iorio et al., arXiv:2208.04332 Long story short: • Data from the Gaia satellite reveal a population of RR Lyrae stars with metallicity, kinematics and distribution typical of the Galactic thin-disc • Their existence is a conundrum for stellar evolution models, how do they form? Binary evolution is the solution! • Interesting implications for both Galactic and Binary studies Where are the plots? See next slides Wanna know more? Let’s talk! Where are the data? giuliano.iorio@unipd.it


Cases (multiple values for parameters and Initial Conditions) Mathematical Model window The Ribbon changes when a diﬀerent window is selected Graph window Table window Notes window Parameters and Initial conditions Animation Area The Green Button starts and pause the independent variable Hide/show small squares for Cases... Colapse all Windows... Hide/show ribbon... Modellys 4.5 HELP (available on the "?" button, top right). Page 1 of 7


A socio-semantic analysis of the research domain on Xylella fastidiosa Structure and scientific dynamics Marc Barbier3, Pauline Farigoule1,2, Astrid Cruaud2, Jean-Pierre Rossi2 1 AgroParisTech, Paris, France 2 CBGP, INRAE, CIRAD, IRD, Montpellier SupAgro, Univ. Montpellier, Montferrier-sur-Lez, France 3 UMR LISIS, INRAE, Marne-la-Vallée, France Contact : Marc Barbier – marc.barbier@inrae.fr


Practicing the Best Practice Designing Effective Health Care Experiences Susan L. Spraragen IBM T.J. Watson Research Center Hawthorne, New York, sprara@us.ibm.com Abstract: This paper offers a discussion on how to apply a service design technique to health care scenarios where positive service experiences are vital. When examining issues like patient compliance, applying techniques from the design world may afford health care providers with a clear visualization for understanding the patient’s perspective in interacting with their health care providers. Here we describe the Expressive Service Blueprinting method that links the patient’s journey with the actions and processes of the health care provider. The emotive responses of the patient as they progress through their journey are also reviewed as an element that augments the insight gained from constructing the blueprint. Key words: Service Design, Health Care, Emotion, Patient Compliance. 1. Introduction It is readily being recognized that design thinking can be applied to areas that reach beyond product design and into service experience design, where the service may be the use of public transportation, securing clean water for a community, or providing the best health care at a low cost [1]. This poster will demonstrate how the use of a design technique can bridge the chasm between design intentions and service processes in order to produce beneficial experiences for service providers and consumers. This discussion will focus on health care scenarios. As a health care provider constructs a regimen or intervention for a patient they have the hopes that the patient will readily adopt the procedures, show improvement, and grow along a planned path. But often the patient encounters many bumps and obstacles along that path. Thus the challenge becomes one of how to collaboratively design successful patient journeys, or at least ones that have better chances for being followed and producing positive outcomes. The answer lies in anchoring the design of the prescribed plan around the patient’s perspective while linking that perspective to provider intentions for their patient. A developing design technique that maps out the patient journey, as experienced from their viewpoint, is called Expressive Service Blueprinting. This technique, which I will illustrate in my poster, adds emotive states to traditional service blueprinting, where we consider the customer’s expected or observed emotional responses as they occur during their service interactions. Providers present emotions on the service stage as well, and that may represent opportunities for improved training and staffing. Service blueprinting is a method for visually representing the meaningful moments of a service engagement from the customer’s perspective [2, 3]. Linked to the steps of the customer’s experience, the map includes provider


Colección de ESMOS 1 Infografía Fosfatasa alcalina Verónica González Luna* iD Licenciatura en Biotecnología, Facultad de Ciencias Biológicas, Benemérita Universidad Autónoma de Puebla, Puebla, México. *Email: 202123056@viep.com.mx 01 de Febrero de 2023 DOI: http://doi.org/10.5281/zenodo.7593281 Editado por: Jesús Muñoz-Rojas (Instituto de Ciencias, Benemérita Universidad Autónoma de Puebla). Revisado por: Victor Rivelino Juárez-González (Departamento de Medicina Molecular y Bioprocesos, Instituto de Biotecnología, Universidad Nacional Autónoma de México, Cuernavaca, Morelos, México). Colección de ESMOS Resumen Es una enzima proteica homodimérica formada por dos monómeros idénticos, cada monómero va a tener cinco residuos de cisteína, dos átomos de zinc y un átomo de magnesio. Esta enzima se encuentra en diversos individuos y a distinta concentración, esto va a depender de las condiciones del sistema, podrá estar presente en células procariotas y eucariotas entre los que destacan hongos y plantas [1]. En las bacterias Gram-negativas la fosfatasa alcalina se encuentra en el espacio


CENTRO DE CIÊNCIAS HUMANAS, LETRAS E ARTES DEPARTAMENTO DE ADMINISTRAÇÃO E CONTABILIDADE PROGRAMA DE PÓS-GRADUAÇÃO EM ADMINISTRAÇÃO VI Seminários InterNacionais de Administração Pública Prof. Dr. Roberto Kern Gomes IBGE / SC Intraempreendedorismo em Organizações Públicas Convidado Prof. Dr. Josiel Lopes Valadares Universidade Federal de Viçosa Moderador Tema 29/05/2019 - 16h00 - Sala de Conferências DAD/UFV Prof. Antônio Vagner Almeida Olavo Universidade Federal do Amazonas - UFAM Debatedor Aberto ao público / sem inscrição prévia Realização Organização Apoio PPGAdm


Dual Time and Frequency Domain Optical Layer Digital Twin M. Devigili(1), M. Ruiz(1), N. Costa(2), A. Napoli(3), J. Pedro(2), and L. Velasco(1) (1) Universitat Politècnica de Catalunya (UPC), Barcelona, Spain (mariano.devigili@upc.edu) (2) Infinera Unipessoal Lda., Carnaxide, Portugal; (3) Infinera, Munich, Germany Abstract We demonstrate a digital twin for failure detection in optical networks. Artificial neural networks-based models for optical constellation analysis enable predicting the transmitted signal in the time domain whereas analytical models are usually used to estimate their spectral evolution.©2022 The Author(s) 1. Introduction Digital Twins (DT) can be defined as a combination of data, models, and algorithms that act as a bridge between real and virtual worlds. DT have been recently proposed to model optical communications [1]. Examples of applications of an optical layer DT are intelligent fault management and misconfiguration detection, where the real optical signal can be compared to the one generated by the DT to identify discrepancies and estimate their root cause. Note that the same objective can be achieved by applying different methods, like analytical models, simulation, or deep learning (see, e.g., [2]-[4]). The DT, however, provide a more complete characterization of the optical signal, which can be helpful to perform more complete analyses. For instance, employing methods that just estimate the channel’s OSNR or only work in the time domain may not be effective to detect a failure in an optical filter. The opposite is also true, by analyzing the received signal bandwidth, it may be difficult to detect excessive noise coming from an optical amplifier. In our previous work [4], we focused on the time domain and proposed the use of Artificial neural networks (ANN) to model the impairments arising in optical erbium doped fiber amplifiers (EDFAs), optical fibers and filters. Then, the total optical performance degradation in end-to-end lightpaths (E2E) could be modelled by concatenating such ANNs, from the transmitter to the receiver. In this paper, we extend the work presented in [4] by including also frequency domain models. The new – frequency – models proposed in this work can be concatenated to the time-domain ones to increase the accuracy of the E2E lightpath optical performance estimation. Illustrative use cases are analyzed to show the application of the proposed time and frequency domain digital twin (TF-DT) of the optical layer. 2. Optical Layer Digital Twin and Use Cases We assume reconfigurable optical add drop multiplexers (ROADM) following a route & select architecture equipped with optical spectrum analyzers (OSA). The optical signal to noise ratio (OSNR) and bandwidth of the desired signal can be derived from the measured optical spectrum. This monitoring – carried out in intermediate ROADMs – complements the more detailed ones performed at the coherent receiver. An illustrative network scenario with n ROADMs is represented in Fig. 1. Each ROADM consists of two wavelength selective switches (WSSs) and an EDFA (except the last one). The ROADMs are connected by optical links which may consist of several fiber spans and inline EDFAs. The proposed TF-DT is also illustrated, consisting of the concatenated ANNs for the time domain analysis of the transmitted data signal whereas analytical models are used for the frequency domain. The ANNs model the propagation of constellation points (CP)s in the ROADMs and into optical links, whereas analytical models are used to model the bandwidth inside the ROADMs. Measurements collected from the network can then be compared to the expected signals generated using the TF-DT. Let us illustrate the application of the TF-DT through the analysis of the use cases depicted in Fig. 2. In this case, the configuration a) corresponds to normal network operation, i.e., without any failure or misconfiguration; b) illustrates a misconfiguration where a channel is wrongly


University-Led Sports Academy: a space for developing student success gareth.barrett@staffs.ac.uk Gareth M. Barrett


CD Bioparticles Provide one-stop customization service of gene therapy for academic and industrial customers.


Colección de ESMOS 1 Infografía Aldrín, un viejo enemigo Edgar Elias Torres iD, Danna Michelle Hernández Cabrera iD, María Esther Hernández Huerta iD, Camila Ojeda Fernández iD, América Oropeza Vázquez iD Licenciatura en Biotecnología, Facultad de Ciencias Biológicas, Benemérita Universidad Autónoma de Puebla, Puebla, México. *Email: edgar.elias@alumno.buap.mx 8 de Marzo de 2024 DOI: http://doi.org/10.5281/zenodo.10795826 Editado por: Yolanda Elizabeth Morales-García (Facultad de Ciencias Biológicas, Benemérita Universidad Autónoma de Puebla). Revisado por: Jesús Muñoz-Rojas (Instituto de Ciencias, Benemérita Universidad Autónoma de Puebla). Apoyo en la maquetación: Gadriana Scarlett Martínez Gómez (Estudiante de la Licenciatura en Biología, Facultad de Ciencias Biológicas, Benemérita Universidad Autónoma de Puebla, Puebla, México). Colección de ESMOS Resumen El aldrín es un insecticida organoclorado que ya sea por contacto, inhalación o por ingestión es un veneno potencial y persistente [1, 2]. Su uso comenzó en los años 40 y se extendió hasta 1974, ya para los años 70’s y 80’s fue prohibido debido a su alta toxicidad en EUA, Malasia,


AMERICAN JOURNAL OF MULTIDISCIPLINARY BULLETIN ISSN: 2996-511X (online) | ResearchBib (IF) = 9.512 IMPACT FACTOR Volume-2| Issue-5| 2024 Published: |30-12-2024| 120 УЧУВЧИСИЗ УЧАДИГАН АППАРТЛАРИНИНГ ТАҲДИДЛАРИНИ АНИҚЛАШ ҲАМДА БАРТАРАФ ЭТИШ. https://doi.org/10.5281/zenodo.14511214 Муслимов Хусан Нишонбоевич Ўзбекистон Республикаси ИИВ Малака ошириш институти Жанговар тайёргарлик цикли ўқитувчиси, майор +99899 8228991 Аннотатсия Ушбу мақолада учувчисиз учадиган аппаратларнинг фойдаланиш мақсади, уларнинг назарияси, ривожланиши ва яратилиш тарихи, асосий хусусиятларининг таҳлили, қисқача тактик-техник тавсифи, турлари ҳамда икки томонлама ишлатиладиган квадрокоптерлар ҳамда разведка дронлари ҳақида маълумотлар келтирилган. Калит сўзлар учувчисиз учадиган аппаратлар, дронлар, разведка дронлари, квадроаоптерлар, тинчлик, хавфсизлик, технология, аниқ вақт, Орлан-10. ОБНАРУЖЕНИЕ И УСТРАНЕНИЕ УГРОЗ, ИСХОДЯЩИХ ОТ БЕСПИЛОТНЫХ ЛЕТАТЕЛЬНЫХ АППАРАТОВ. Аннотация В данной статье представлена информация о целях использования беспилотных летательных аппаратов, истории их теории, разработки и создания, анализе их основных характеристик, кратком тактико-техническом описании, типах квадрокоптеров двойного назначения, а также разведывательных беспилотных летательных аппаратов. Ключевые слова беспилотные летательные аппараты, дроны-разведчики, квадроаптеры, мир, безопасность, технологии, точное время, "Орлан-10". DETECTION AND ELIMINATION OF THREATS FROM UNMANNED AERIAL VEHICLES. Abstract This article provides information on the purposes of using unmanned aerial vehicles, the history of their theory, development and creation, analysis of their


Saveena Solanki email:saveena100lanki@gmail.com . \ Based on the advances in the knowledge of human systems biology, we propose a ‘‘Cell-to-Human’’ approach to address human diseases. We outline a framework for the application of network modeling approach towards personalized medicine. The framework consists of five basic modules i.e.—(1) data mining module, (2) networking module, (3)modeling and analysis module(4)experimental cum development module and (5) validation cum Implementation module. The review Schematic diagram showing the typical coordination of genetic, signaling and metabolic networks for generating a phenotypic response. The figure shows the schematic of the typical information processing in a cellular network. Any defect at either of these levels of information process can lead to disruption in the adequate response leading to disease states mathematical. model for disease diagnosis to aid modern medical science. This approach has the potential to study the functioning of the human body as a whole operating system at the molecular and modular levels in biomedical research. Because In the case of diseases, it The role of the System Biology program in Health and Disease: from biological networks to modern medicine. Abstract Human physiology incorporates integrated biological processes ranging from cell-to-cell interactions within a Phenotypic, physiological response. The network is embedded in a structure that controls order, which has led to an unhealthy condition called disease when disturbed unusually. Here, we present a diagnostic problem similar to the problem of error detection in engineering systems. We are reviewing the use of engineering methods to deal with human diseases from a biological perspective. Research into the human system has provided an accurate understanding of the chemical and physical properties contributing to the human body in the last few decades. In general, mitigation measures often reduce this interaction by building a more comprehensive network of organisms. Biological networks contain interactions between genes, proteins, and metabolites that combine to control cellular processes. While the interaction of many cells contributes to tissues' response, the various organs that make up different types of tissue continue to adapt to the body's response. These interactions form the basis for network design that identifies natural designs' principles that govern the body's response capacity. The review highlights the potential networks and modeling methods used to analyze human diseases. It shows the use of this analysis of cancer and diabetes. We introduce the concept of human-to-human cellularization consisting of five modules (data mining, communication, modeling, testing, and validation) to address human physiology and diseases supported by the system-level paradigm analysis. The review focuses on the importance of multiple biological and modeling networks and subsequent analysis of drug-specific diagnoses and the development of effective treatment modalities


Seawater properties and Ocean Heat Content in in Kongsfjorden, Svalbard S.Aliani, R. Sciascia, A. D’Angelo, F. Del Bianco, F. Giglio , L. Langone and S. Miserocchi CNR-ISMAR, Italy (stefano.aliani@ismar.cnr.it). Abstract The Arctic Ocean is the Northern hemisphere heat sink for our planet and is experiencing drastic and fast climatic changes. A major connection between the Arctic Ocean and global climate that has come to the foreground during the past decades is the oceanic component of the global water cycle. Two aspects of the interaction between the Arctic Ocean and global climate appear particularly important. The first involves sea ice and the second involves heat and ocean mass budgets. Considerable effort has been invested in understanding sea ice and the dynamics and thermodynamics of sea ice are probably as well understood as any part of the polar climate system. For example, we know that every year about 3,000 km3 less sea ice was frozen within the Arctic Ocean then is melted, and recently ice melting has increased (Murray et al, 2015). Data about freshwater balance of the Arctic Ocean had been mainly calculated from seaice melting and through the contribution of fresh water from landbased glacier runoff after increased atmospheric temperature. The contribution of heat from the ocean and from the oceanographic processes at the interface between the sea and tidewater glaciers has been suggested as a possible trigger destabilizing glaciers’ front. Freshwater input into the ocean and the estimate of seawater properties and movements able to affect submarine melting of tidewater glaciers has been studied theoretically and in situ in several locations (Straneo et al, 2012) and are one of the objectives of ARCA Project. Ocean Heat Content (OHC) is a powerful indicator of climate changes (Levitus et al, 2005), but plain temperature data are more widely used because they are easy to collect and manage and, as a matter of fact, a good indicator. OHC derived from the record of hydrographic profiles and seabed morphology is usually poorly addressed in most of papers on ocean tidewater glacier interaction, including from Kongsfjorden, except one general reference to surface OHC in Cottier et al (2005) and a recent paper by Aliani et al (2016). OHC is defined as the depthaveraged temperature over a given volume of seawater times its density, times the specific heat capacity (eq.1): H = c ρ p V T where = 1027 kg/m ρ 3 is water density, cp = 4000 J/kg◦C is sea water specific heat capacity, V is the volume and T is the depth averaged temperature. The concept of OHC from oceanographic data includes many variables that may locally affect the heat content of a water mass of the ocean and the properties of ocean glacier interaction. It is a global index (Levitus et al, 2005), but at the same time it is very site specific. A snapshot of the spatial differences in OHC between the inner fiord and the ocean at close proximity of glacier interface has been described by Aliani et al (2016) using CTD data collected in September 2014. In this paper, we estimated OHC, calculated as described in equation 1, based on volumes as inferred from bathymetric survey (Aliani et al, 2016) and on temperature time series from Mooring Dirigibile Italia. We used temperature time series over the year 20142015 at about 25 m depth, that is the depth where the warm core of Atlantic water has been historically found (Aliani et al, 2004) to infer OHC in the water column. The aim is to explore the seasonal changes of OHC in the Final conference, Rome October 11, 2016


PARK OF SUNCLOCKS IN HORODNIC DE JOS – ROMANIA NAGHI ELISABETA ANA, NAEC& EDUCATION MINISRY, ROMANIA DIMITRIE OLENICI, TEACHER Types of sundials


A journey through galactic environments | Porto Ercole - Italy | Sep 25 - 29, 2023 Is the taxonomy of early-type galaxies more complicated than we thought? Rogério Monteiro-Oliveira (Academia Sinica Institute of Astronomy and Astrophysics - ASIAA, Taiwan) Yen-Ting Lin (Academia Sinica); Wei-Huai Chen (National Taiwan University/Academia Sinica); Chen-Yu Chuang (National Tsing Hua University /Academia Sinica); Abdurro'uf (Johns Hopkins University); Po-Feng Wu (National Taiwan University); Eric Emsellem (ESO); Martin Bureau (Oxford University) 1 rmonteiro@asiaa.sinica.edu.tw monteiro-oliveira.com poster #44


ICDL(International Conference on Digital Libraries) 2016: Smart Future: Knowledge Trends that will Change the World. 13-16 Dec. 2016. IHC, New Delhi The Changing Landscape and Future of Open Access in India Leena Shah1, Vrushali Dandawate2 and Sridhar Gutam3 1Formerly, Nanyang Technological University; DOAJ Ambassador (South India) <leena@doaj.org> 2AISSMS College of Engineering College Pune; DOAJ Ambassador (West India) <vrushali@doaj.org> 3ICAR RCER Research Centre Ranchi; DOAJ Ambassador (East India) <sridhar@doaj.org> Abstract The past few years has seen a tremendous change in information production and growth with new knowledge disciplines added into academics. With journal subscription costs increasing at 8-10% annually(Miller 2015), libraries worldwide are finding it difficult to sustain subscription costs to scholarly material. On the other hand making information and data available in interoperable electronic formats freely is a concept that is gaining momentum and OA (Open Access) holds promise to remove both price and permission barriers to scientific communication with the help of the internet. Scientists, policy makers, NGOs, government agencies and librarians are also collaborating together for OA implementation and making knowledge affordable to all. OA journals play a key role in making scholarly material immediately available on the internet. Keywords: open access, open access movement India, scholarly publishing, predatory publishers Introduction The OA movement in India started by advocates like Subbiah Arunachalam is more than a decade old. It is now gaining momentum with various organizations and departments under Government of India such as the DBT (Department of Biotechnology) and DST (Department of Science and Technology) adopting OA policies in 2014. However, there is long way to go as India does not have a national OA mandate for public funded research. Few universities and institutions in this region have adopted an OA mandate on university-funded research. It seems that while the awareness about making research outputs publicly available has certainly increased within academia, the steep increase in the number of questionable journal publishers around the world, has created a misunderstanding about the credibility and value of adopting the OA publishing route. This paper attempts to provide an account of the changing landscape of OA in India and proposes recommendations that can be taken to improve the adoption of OA in India. DOAJ (Directory of Open Access Journals):- The DOAJ (Directory of OA Journals) provides a valuable service by providing and maintaining a curated and authoritative index of quality peer-reviewed OA journals and aims to be the starting point for all information searches for quality OA journals. In this context, This paper makes an attempt to highlight the history of OA in India, the current strides made by the OA movement in India through the adoption of new media and some of the issues raised by questionable publishers exploiting the author- pay OA model. History of OA in India 1


Constructoras M u j e r e s M u j e r e s M u j e r e s De Paz


AMERICAN JOURNAL OF EDUCATION AND LEARNING ISSN: 2996-5128 (online) | ResearchBib (IF) = 9.918 IMPACT FACTOR Volume-2| Issue-4| 2024 Published: |30-11-2024| 557 PROBLEMS OF REFORMING THE CREATIVE STYLE IN FICTION TRANSLATION (BASED ON UZBEK TRANSLATIONS OF THE NOVEL “THE ALCHEMIST”) https://doi.org/10.5281/zenodo.14212736 Kuchkorov KHoshimjon KHasanzoda Senior Lecturer, Department of “Uzbek Literary Studies”, Chirchik State Pedagogical University Abstract This article focuses on the ideological content of the novel “The Alchemist”, and its artistic and stylistic features are discussed and commented on. Attention is also paid to the author’s skill in creating images, his innovations in form and content, factors of influence and inspiration of the author from Eastern literature. In addition, the problems of style in translated works, the reconstruction of the creative style in literary translation, and the preservation of national color in the process of translation are taken into consideration. Keywords The Alchemist, Paulo Coelho, Santiago, miracle, art, image, style, language, expression, desert, sheep, treasure, treasure. Paulo Coelho's novel "The Alchemist", which has amazed the world, what can be said in comparison with the popularity and literary success of the creator, is one of the best and most famous works of all time. This work has found readers of different ages since it was written, illuminating the path of readers. "The Alchemist" is truly a highly content fiction novel, based on the development of the inner world of man. In this regard, we can separate the literary aspect of the book from the aspect of expanding thinking, which contributes to the development of personality. First, let's talk about fiction. The novel tells about the search and journey of a shepherd for treasure. In this case, we share his experience in a very fluent language and read the book with excitement, trying to understand what he is going through. There is a cycle in the book. While the protagonist of the novel, the shepherd, returns to his original place, he does not remain a shepherd until the end: he changes, he transforms. In this search, a side that supports the development of the personality appears. The shepherd begins his journey in search of his personal legend as a wanderer and ends the journey as a lover. He chooses the shepherd


Single molecule studies of membrane proteins on glass substrates using atomic force microscopy Nagaraju Chada1, Krishna P. Sigdel1, Tina R. Matin1, Raghavendar Reddy Sanganna Gari1, Chunfeng Mao2, Linda L. Randall2, and Gavin M. King1,2 1Department of Physics and Astronomy, 2Department of Biochemistry, University of Missouri, Columbia, Missouri, USA 65211 Abstract Since its invention in the mid-1980s, the atomic force microscope1 (AFM) has become an invaluable complementary tool for studying membrane proteins in near-native environments. Historically, mica is the most common substrate utilized for biological AFM. Glass being amorphous, transparent, and optically homogeneous has its own set of advantages over mica and has the potential to broaden the use the AFM into fields that require high quality non-birefringent optical access. The use of silanized glass as AFM substrates has been reported as a means to fine tune surface chemistry. However, such coatings usually require hours of additional preparation time and can lead to increased surface roughness. In this work2, we present a simple technique for preparing borosilicate glass as a substrate for two membrane systems: non- crystalline translocons (SecYEG) of the general secretary system from E. coli, and bacteriorhodopsin (BR) from H. salinarum. For both these membrane proteins, quantitative comparisons of the measured protein structures on glass versus mica substrates show agreement. An additional advantage of glass is that lipid coverage is rapid (< 10 minutes) and complete (occupying the entire surface). A goal is to study the bacterial export system using recently developed precision measurement techniques such as ultra-stable AFM. Why use glass as a substrate?  Typical AFM substrates mica and HOPG exhibit birefringence, complicating optical paths  Many well established biological and biochemical assays like FRAP, FRET, Fluorescence Microscopy, FIONA and TIRF require transparent and optically homogeneous substrates  Recently developed techniques like US-AFM4, 3D AFM and polarization anisotropy methods require transparent substrates and non-birefringence due to polarization based detection  Amorphous and optically homogeneous substrates like glass enable coupling AFM with advanced imaging techniques2 Heights of SecYEG Potential Applications Raw glass vs. KOH treated glass References Acknowledgements This work was supported by the National Science Foundation (CAREER Award #:1054832), the Burroughs Wellcome Fund (Career Award at the Scientific Interface) and the MU Research Board. We thank the JILA Scientific Communications Office for artwork. High Resolution Images of SecYEG Bacteriorhodopsin on Glass and Mica Evaluating Different Cleaning Treatments Sec-translocase  >30% of proteins are transported from the site of synthesis into or through a membrane5  In E. coli, the Sec system orchestrates the translocation of polypeptides across membrane before they acquire stable tertiary structure and SecYEG provides the path way5,6  SecA and SecB act as chaperones to maintain newly synthesized polypeptides in a state compatible with transport6  Numerous questions remain regarding the mechanistic details of translocation  Novel AFM modalities could measure molecular “fly fishing”6  Map trajectories of protein domains in 3D  Dynamic Loops of SecYEG, linking transmembrane helices 6-7 and 8-9, play a vital role in capturing SecA and in translocation  Probing translocation of precursor through Sec- translocase 1. Binnig, G.; Quate, C. F.; Gerber, Ch. (1986). "Atomic Force Microscope". Physical Review Letters. 56 (9): 930–933 2. Chada, N., Sigdel, K., Gari, R. et al. Glass is a Viable Substrate for Precision Force Microscopy of Membrane Proteins. Sci Rep 5, 12550 (2015). https://doi.org/10.1038/srep12550 3. Chada, Nagaraju. "Growth and Characterization of Transition Metal Oxides for Chemical Sensor Applications: Setting up Initiated Hot Wire Chemical Vapor Deposition System."


Revisiting the IR line decrements of T Tauri stars with magnetospheric accretion models. Jesús V Díaz1,3, María José Colmenares1,3 ,Nuria Calvet2, Thanawuth Thanathibodee2, Gladis Magris3 , James Muzerolle4 Results Observations Model Click on each heading to review the desired section. Objectives • Understand more about the limitations and physical conditions required for different magnetospheric accretion models. • Compare available models with a set of observations in order to test the validity of the models and interpret the results. Figure 1: A representation of magnetospheric accretion. Matter from the disk falls onto the star following the magnetic field lines. From Hartmann et al. (2016) References Introduction We use magnetospheric accretion, Figure 1, to explain and constrain the observations presented by Bary et al. (2008). That work used recombination models to find that temperatures below 5000 K are necessary in order to fit the Balmer and Paschen decrements for a set of CTTS in the Taurus-Auriga star forming regions. However, magnetospheric models can explain the observations using higher temperatures, from 8000 K to 11000 K. These magnetospheric models have successfully explained the emission line profiles from brown dwarfs (Muzerolle et al. 2003) to Herbig Ae/Be (Muzerolle et al. 2004) Bary et al 2008, ApJ, 687, 376. White, R. J., & Ghez, A. M. 2001, ApJ, 556, 265 Calvet & Gullbring 1998, ApJ, 509, 802 Muzerolle et al. 2003 ApJ, 592, 266 Muzerolle et al. 2004. ApJ, 617, 406 Cardelli et al. 1989, ApJ, 345, 245. Hartmann et al. 2016, ARAA, 54, 135. Muzerolle et al. 1998a , ApJ, 492, 743. Muzerolle et al., 1998b, AJ, 116, 455. Muzerolle et al., 2001, ApJ, 550, 994. 1 Universidad de Los Andes, 2 University of Michigan, 3 Centro de Investigaciones de Astronomía (CIDA), 4 Space Telescope Science Institute


PEER REVIEW REPORT FOR: Salm, J. F., Araujo, V. M., Schommer, P. C., & Raupp, F. M. (2024). Open data standards for public procurement and contracting: A collaborative construction. Revista de Administração Contemporânea, 28(2), e230175. https://doi.org/10.1590/1982- 7849rac2024230175.en HOW TO CITE THIS PEER REVIEW REPORT: Salm, J. F., Araujo, V. M., Schommer, P. C., Raupp, F. M., Medeiros-Costa, C. C., & Teixeira, M. A. C. (2024). Peer review report for: Open data standards for public procurement and contracting: A collaborative construction. RAC. Revista de Administração Contemporânea. Zenodo. https://doi.org/10.5281/zenodo.11068844 REVIEWERS: Caio César de Medeiros-Costa (Universidade de Brasília, Brazil) Marco Antônio Carvalho Teixeira (Fundação Getulio Vargas, Escola de Administração de Empresas de São Paulo, Brazil) Revista de Administração Contemporânea Journal of Contemporary Administration e-ISSN: 1982-7849 RAC - Revista de Administração Contemporânea, e-ISSN 1982-7849 | Peer Review Report | doi.org/10.5281/zenodo.11068844 | rac.anpad.org.br Reviewer 1 report Reviewer: Caio César de Medeiros-Costa Date review returned: October 01, 2023 Recommendation: Reject Comments to the authors Obrigado pela submissão. O trabalho versa sobre um tema relevante e atual. Todavia, carece ainda melhorias importantes para ser publicado. O primeiro ponto é acerca de afirmações trazidas: ”Sabe-se que é no contexto municipal que o contato com o cidadão acaba sendo mais próximo e talvez a exigência e a relevância da abertura dos dados públicos torne-se mais aparente.” Existem outras realidades no mundo, não necessariamente essa afirmação é verdadeira. Em um texto que tergiversa a questão da tecnologia com esse, tal afirmação pode ser ainda mais complicada. O que significa o contato com o cidadão ser mais próximo? E por que nesse contexto de maior proximidade a questão dos dados abertos é mais relevante? Peer Review Report ROUND 1 Disclaimer: The content of the Peer Review Report is the full copy of reviewers and authors' reports. Typing and punctuation errors are not edited. Only comments that violate the journal’s ethical policies such as derogatory or defamatory comments will be edited (omitted) from the report. In these cases, it will be clearly stated that parts of the report were edited. Check RAC's policies.


The 19th Cambridge Workshop on Cool Stars, Stellar Systems, and the Sun Edited by G. A. Feiden TiO Band Analysis of Cool Stars Using Model Atmospheres H. V. Şenavcı1, D. O’Neal2, D. Montes3, B. Plez4, F. Allard5, E. Bahar1 1 Ankara University, Faculty of Science, Department of Astronomy and Space Sciences, TR-06100 Tandoğan-Ankara, Turkey 2 Keystone College, School of Arts and Sciences, La Plume, PA, 18440, USA 3 Dpto. Astroﬁsica, Facultad de CC. Fisicas, Universidad Complutense de Madrid, Spain 4 LUPM, Université de Montpellier, CNRS, Montpellier, France 5 Univ Lyon, ENS de Lyon, Univ Lyon 1, Centre de Recherche Astrophysique de Lyon UMR5574, F-69007, Lyon, France Abstract We present the preliminary results of Titanium Oxide (TiO) band analysis using model atmospheres, in order to accurately determine the spot ﬁlling factor and the spot temperature of magnetically active stars. This study includes the basic steps of TiO band analysis code together with the robustness tests using MARCS and PHOENIX Models, which also allows us to perform a comparison between model atmospheres and search for the most convenient one for TiO band analysis of active stars. 1 Introduction Investigating the intensity variation of molecular lines such as Titanium Oxide (TiO) allows us to obtain spotted regions that cannot be dimensionally resolved by existing techniques (Berdyugina, 2002) and provides more sensitive way to determine the spot temperatures (O’Neal et al., 1996). The TiO band analysis technique, which has been extensively used by O’Neal and collaborators, is simply based on the de- termination of spot ﬁlling factors (fs) and spot temperatures (Ts) by ﬁtting the depths of the TiO bands near 7055 Å and 8860 Å with the help of the observed non-active standards called "proxy" stars (see O’Neal et al. 1996 & 2004 for details). Taking the advantage of "cool" atmosphere models, as well as to prevent instrumental and reduction related side-eﬀects of proxies, here we present the TiO band analysis for dwarfs un- der model atmospheres approximation to generate synthetic spectra. 2 Selection of Models TiO bands are visible in the stellar spectra, of which the eﬀective temperatures are below 4000 K. Taking into ac- count that sensitivity together with the main principle of the technique based on two-temperature models, we choose our model temperatures in order to represent the "quiet" and "spotted" photosphere as 4000 K < Teff < 6000 K (G-K dwarf spectra) and 2700 K < Teff < 3900 K (M dwarf spectra), re- spectively. Though we only present here the TiO band anal- ysis using dwarf synthetic spectra, it is critical to accurately determine the surface gravity (logg) values especially in the case of giants, for the selection of convenient model atmo- spheres. In this context, we use the PASTEL Catalogue data by Soubiran et al. (2010), for the determination of logg values as can be seen in Fig. 1. We previously performed TiO band analysis of SB1 type RS CVn binary II Peg using ATLAS9, in which the sub-giant models converge for temperatures between 3000 K - 4000 K (see Senavci et al. 2015 for details). However, we couldn’t ob- tain converged dwarf models as well as the giants for the same temperature range with ATLAS9. We therefore use MARCS (Gustafsson et al., 2008) and latest PHOENIX (Allard et al. 2012a & 2012b) Models that can able to generate cool enough synthetic spectra convenient for TiO band analysis purposes. Those models also enable us to extend the temper- ature range down to 2700 K. 3000 4000 5000 6000 7000 Teff 0 1 2 3 4 5 6 logg dwarfs subgiants giants Figure 1: Teff - logg diagram generated using the PASTEL Catalogue data. As mentioned before, we use dwarf models of Solar com- position with the convenient selection of Teff and logg val- ues described above. In this context, the synthetic spectra using MARCS Models are obtained via the Turbospectrum code (Alvarez & Plez, 1998), together with the help of the linelist from VALD database (Kupka


— 657 664 Celebration & Contemplation, 10th International Conference on Design & Emotion 27 — 30 September 2016, Amsterdam Introduction I initially became interested in collaborative maker spaces when a colleague mentioned he was part of an all-night hack-a-thon hosted in Minneapolis, Minnesota to respond to the digital needs of area non-profit companies. I was fascinated by the notion of an informal, creative environment, seemingly unified by little more than a group’s shared interest in making something. I wondered about how these entities came together, and what made them, and the individuals who constituted them, work effectively. Over time, my exposure to a variety of maker spaces, and my subsequent conversations with people involved in them, led me to a specific question, “What are the most significant factors in the emergence of a sense of community in collaborative maker spaces?” This question became the basis of a phenomenological investigation into the nature of identity and interaction amongst individuals in collaborative maker spaces. To explore this question, I embedded myself as an artist-in-residence at Standard Projects, a small multidisciplinary maker studio in Hortonville, Wisconsin. The studio was started in 2014 by artist and designer Claire Abitz. My decision to use Standard Projects as the context for my inquiry was based on three characteristics of the studio, which I did not find elsewhere. First, the studio has a residency program. This attribute was primary in my decision-making, as I wanted to consider the studio’s social structure and interpersonal dynamics from within that structure and with the ability to contribute to its dynamics. Second, the studio had been founded fairly recently. Due to this, I reasoned that its social network would still be emerging and thus, might provide more insightful observations related to the process of relationship building. Third, I saw evidence in the marketing and news content associated with the studio of an emphasis on sustainability and ecologically sensitive practices. I felt that, in this way, the value structure of the studio aligned with my own, and therefore hoped this similarity would lead to productive interaction. During August of 2015, I spent eight days living and working at Standard Projects. My activities during this time involved interviewing, collaborating, and socializing with the other artists-in-residence, as well as with many members of the studio’s broader social network. Having reflected upon these experiences and compared my initial conclusions with those of others, three factors have emerged as being the most prominent in influencing the development of a sense of community at Standard Projects. These factors are skill, instruction, and emotion, described below. Factors in community building The factors described herein are three related ideas, and are understood to be influential in the development of a sense of community at Standard Projects. These ideas were identified based on experiential investigation and systematic reflection and corroboration with others. I present these ideas as categories of description, which are intended to generalize the knowledge derived from this inquiry to aid in understanding the development of a sense of community within other collaborative maker spaces. Skill Individual skill was understood as a major influence in how interpersonal relationships develop. The character of this skill can be analyzed along two main axes, the nature of an individual’s skills (e.g., woodworking) and skill level (e.g., expert). During my time at the studio, no individual was considered to be the most proficient with all media or techniques. Instead, it was understood that each person brought to the enterprise either a unique level of competence with a particular process or material, or a breadth of knowledge that could be used to facilitate communication. Skill was identified as a primary determiner of opportunities for collabo


Uso da Telerreabilitação para indivíduos pós Acidente Vascular Cerebral Mariane Regina de Carvalho Miranda Faculdade de Educação Física e Fisioterapia Universidade Federal de Uberlândia Uberlândia, Brazil ORCID: 0000-0003-1526-9187 Karollyne Vitória Clementino Borges Faculdade de Educação Física e Fisioterapia Universidade Federal de Uberlândia Uberlândia, Brazil ORCID :0000-0002-2483-8065 Domenique Cerqueira Dantas Faculdade de Educação Física e Fisioterapia Universidade Federal de Uberlândia Uberlândia, Brazil ORCID: 0000-0001-8146-8446 Lílian de Fátima Dornelas Faculdade de Educação Física e Fisioterapia Universidade Federal de Uberlândia Uberlândia, Brazil ORCID: 0000-0001-8662-5463 Juliana Silveira Alves Faculdade de Educação Física e Fisioterapia Universidade Federal de Uberlândia Uberlândia, Brazil ORCID: 0000-0002-5560-566X Victor Rodholfo de Oliveira Silva Faculdade de Educação Física e Fisioterapia Universidade Federal de Uberlândia Uberlândia, Brazil ORCID: 0000-0003-0694-972X Abstract — Post stroke rehabilitation faces additional barriers such as the high cost of caregiver dependency, lack of rehabilitation programs, transportation challenges and high costs. Telereaction emerges as a promising modality for supervising, managing and remotely motivating various forms of physical, occupational and other therapeutic discourse. The aim of this study was to conduct a systematic review to determine the use of telehabilitation to improve motor skills in post stroke patients. The systematic review was performed according to PRISMA guidelines. The databases used were: Pubmed, Embase, Lilacs, Cochrane. The terms used were stroke, telerehabilitation, motor skills and randomized controlled trials. This review was limited to randomized clinical trials in Portuguese, English and Spanish, from 2014 to 2019. Four studies were selected to participate in the review and all presented satisfactory results from the use of telehabilitation, regarding the reacquisition of motor skills associated with balance and day-to-day activities, being considered a cost-effective intervention tool with good acceptance and user satisfaction. Keywords — stroke, telerehabilitation, health education, motor kills I. INTRODUÇÃO O Acidente Vascular Cerebral (AVC) é um distúrbio neurológico focal de desenvolvimento abrupto devido a um processo patológico em vasos sanguíneos. A reabilitação pós AVC enfrenta barreiras adicionais, como o alto custo de dependência de cuidadores, falta de programas de reabilitação, desafios com transporte e altos custos [1] [2] [3]. Para combater estes desafios, a Telerreabilitação surge como uma modalidade promissora para supervisionar, administrar e motivar à distância, várias maneiras de discurso físico, ocupacional e outras formas terapêuticas [4] [5] [6]. A Telerreabilitação é entendida como um recurso terapêutico em que especialistas de reabilitação tem o objetivo de emponderar o indivíduo e seus familiares no processo reabilitacional, estimulando a participação e o protagonismo na recuperação e/ou manutenção da saúde à distância [7] [8]. De um modo geral, acredita-se que a telerreabiltiação tem um papel importante na melhoria ou pelo menos na manutenção da continuidade de cuidados de reabilitação e serviços de saúde, aumentando a eficiência e reduzindo custos. II. OBJETIVO O presente estudo tem como objetivo realizar uma revisão sistemática para determinar o uso da telerreabilitação na melhoria das habilidades motoras de indivíduos pós AVC. III. METODOLOGIA Foi realizada uma revisão sistemática de acordo com as diretrizes do PRISMA. As seguintes bases de dados foram utilizadas: Pubmed, Embase, Lilacs, Cochrane. Os termos usados foram: stroke, telerehabilitation, motor skill e randomized controlled trials. Esta revisão foi limitada apenas a ensaios clínicos randomizados, nos idiomas português, inglês e espanhol, nos anos de 2014 a 2019. Critérios de inclusão: com base na estratégia de busca PICOT onde, População: as amostra


CONSTRUÇÃO E UTILIZAÇÃO DE INSTRUMENTOS ALTERNATIVOS: BATUREX E BELISCOFONE NAS ATIVIDADES DE EURITMIA Ednardo Monteiro Gonzaga do Monti, (Doutor em Educação - UERJ) – UFPI; Maria Francinete de Araújo (Especialista em Educação) – CETI Freitas Neto Jarbas de Morais Ferreira Junior, Graduando em Música – UFPI; Francisco Adriano dos Santos, Graduando em Música – UFPI; Renan Pinheiro de Pinheiro, Graduando em Música – UFPI. 1 Introdução São diversas as maneiras de se trabalhar a euritmia, dentre elas, destaca-se na presente investigação em andamento o uso de instrumentos alternativos, na perspectiva da realidade do ensino público no Brasil, contexto no qual os usos e as construções com materiais alternativos mostram-se necessários. Isto pelo fato do Beliscofone e o Baturex serem instrumentos de fácil construção e custos. Nesta perspectiva, o objetivo deste trabalho é analisar a viabilidade da utilização de instrumentos alternativos como parte integrante das atividades de euritmia, baseadas no método Dalcroze, nas aulas de Música na Escola Estadual Freitas Neto. O movimento corporal é o fator essencial para o desenvolvimento rítmico do ser humano e contribui para o desenvolvimento da sua musicalidade. A euritmia utiliza a resposta do aluno ao ritmo proposto através de movimentos rítmico- corporais. Dalcroze afirma que qualquer fenômeno musical é objeto de uma representação corporal. (FERNANDINO, 2008, p. 24). Acredita-se que por meio da utilização do corpo há um apelo continuo da atenção à memória auditiva e à capacidade de livre expressão do aluno, mediante a criação de exercícios rítmicos e melodias com ritmo, de movimentos simples e coreografados. No método Dalcroze trabalha-se a audição musical, que consiste em desenvolver a percepção auditiva da altura dos sons; o senso rítmico, que consiste em fazer e sentir o ritmo através dos movimentos; despertar o aluno através de atividades concretas e físicas, adequadas à faixa etária; e fundamentos rítmicos, alcançar o domínio dos ritmos através de sua mobilidade natural. Palavras-chave: Educação Musical. Construção de Instrumentos Musicais. Euritmia.


METODOLOGÍA PARA EL DÍA A DÍA. LA PROSPECCIÓN ARQUEOLÓGICA DEL POLÍGONO SR-6 DE ATARFE (GRANADA): ÁREAS DE PROSPECCIÓN Y ANÁLISIS ESTRATIGRÁFICO DE PERFILES ANTONIO MALPICA CUELLO, GUILLERMO GARCÍA-CONTRERAS RUIZ, ÁNGEL GONZÁLEZ ESCUDERO, TERESA KOFFLER URBANO, ANA PALANCO NOGUEROL, SONIA VILLAR MAÑAS, CARLOS ALBERTO TOQUERO PÉREZ y MARÍA MOLINA PARRA DOI: 10.5281/zenodo.3778378


The Effect of Real-World Contexts on L2 Vocabulary Learning Janet Nicol & Jake Monzingo Background. Repetto, Pedroli & Macedonia (2017) have argued that concepts are represented in the mind as a network of features (nodes). An L2 word that is learned in the context of additional sensory or motor information has a larger network than one that is not. Larger networks are remembered better and retrieved faster. Linguistics, Psychology, Cognitive Science Second Language Acquisition & Teaching If additional sensory information helps learning, expect better learning in contexts that more closely resemble the real world because the real world offers additional visual information and other sensory information. We conducted 2 studies to test this. 1. Word learning in a virtual reality gaming environment 2. Word learning with real objects Studies by Macedonia and colleagues (Macedonia & Knösche, 2011; Macedonia & Von Kriegstein, 2012; Macedonia, 2014; Macedonia & Klimesch, 2014; etc…) support this. They found that learners benefited if they learned new L2 words along with a gesture. Experiment 1 – Learning L2 Italian Vocabulary Participants. 52 students enrolled in Italian 101 3 groups: • PC Game (N= 17) • VR version of PC Game (N=18) • Screenshots from PC Game (N=17) Materials & Procedure. 4 Phases: 1. Survey (gaming/immersitivity) 2. Vocabulary pre-test (24 items) provide English translation 3. Training PC Game & VR Groups: Scene from Fallout4 15 min. to get oriented Set up in-game home with specific set of objects Manipulated objects to move them around. Screenshot Group 20 min. to view screenshots from game. 4. Vocabulary post-test 5. Post-experiment reflection Experiment 2 – Learning Novel Labels for Real Objects vs. Pictures Participants. 32 college-aged students Materials. 20 novel labels paired with real object OR photo of real object Procedure. 1. Training of the 20 items • 2 counterbalanced lists • 2 variants of each list (balancing order of objects/pictures) • 3 rounds: each item handled 3 times 2. Language background survey 3. Testing of newly learned labels (see clipart picture, type label) 4. Test of items remembered (in English) Scoring. Typed labels scored as: Correct or Incorrect or Partially Correct (50% of label) Results of Experiment 1 0 5 10 15 20 Screenshots PC VR Vocabulary Gains * èResults not consistent with the idea that additional sensory information would be beneficial. Possibly due to cognitive overload. 0.5 0.55 0.6 0.65 Real Object Picture Picture Naming Test - Proportion Correct + Partially Correct ns 0 0.5 1 Real Object Picture Remembered Items (English) Results of Experiment 2 * èResults suggest that handling real objects during word learning does not significantly affect novel word learning, though it does help people remember the items they encountered.


Searching for Neutrinoless Double Beta Decay with the LEGEND Experiment Giovanna Saleh - University of Padova, INFN Padova On behalf of the LEGEND Collaboration giovanna.saleh@phd.unipd.it NuPhys2023 - King’s College London 18 - 20th December 2023