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c44d170a326d6ebec99d459f1176821bd7ee5998 | the rk3028 is a low-cost dual-core arm cortex-a9 | the rk3028 is a low-cost dual-core arm cortex-a9 -based processor clocked at 1.0 ghz with arm mali-400 gpu. it is pin-compatible with the rk2928. it is used in a few kids tablets and low-cost android hdmi tv dongles. | wikipedia |
7a40ae1b50c87bbf2e192f22cb9dab88540a2c8c | the rk3066 is a high performance dual-core arm | the rk3066 is a high performance dual-core arm cortex-a9 mobile processor similar to the samsung exynos 4 dual core chip. in terms of performance, the rk3066 is between the samsung exynos 4210 and the samsung exynos 4212. as of 2013, it was targeted at tablets and android tv dongles and boxes. it has been a popular cho... | wikipedia |
294e5f7a9ac5ce491aca4e5c5eb20973e72e0b1a | the rockchip rk2926 and rk2928 feature a single | the rockchip rk2926 and rk2928 feature a single core arm cortex a9 running at a speed up to 1.0 ghz. it replaces the vivante gc800 gpu of the older rk291x series with an arm mali-400 gpu. as of 2013, the rk2926 was targeted at tablets, while the rk2928 was targeted at tablets and android tv dongles and boxes. | wikipedia |
79ce30f381223057d0e16c8846daff8d842585ce | the rk2918 was the first chip to decode | the rk2918 was the first chip to decode google webm vp8 in hardware. it uses a dynamically configurable companion core to process various codecs. it encodes and decodes h.264 at 1080p, and can decode many standard video formats including xvid, h.263, avs, mpeg4, rv, and wmv. it includes a vivante gc800 gpu that is comp... | wikipedia |
bf8c5b89895505dd464495ed7b6f188fc1408c33 | the rockchip rk291x is a family of socs | the rockchip rk291x is a family of socs based on the arm cortex-a8 cpu core. they were presented for the first time at ces 2011. the rk292x are single core socs based on arm cortex-a9 and were first introduced in 2012. | wikipedia |
d8f81b4f89f5e60d61c025369398dafe6be295b3 | the rk2808a is an arm926ej-s derivative. along with | the rk2808a is an arm926ej-s derivative. along with the arm core a dsp coprocessor is included. the native clock speed is 560 mhz. arm rates the performance of the arm926ej-s at 1.1 dmips /mhz the performance of the rockchip 2808 when executing arm instructions is therefore 660 dmips roughly 26% the speed of apple's a4... | wikipedia |
eface6d90670dcd5f4a44d44b1aed3feb9d40031 | with ceva dsp embedded, rv1108 powers smart cameras | with ceva dsp embedded, rv1108 powers smart cameras including 360° video camera, ipc, drone, car camcoder, sport dv, vr, etc. it also has been deployed for new retail and intelligent marketing applications with integrated algorithms. | wikipedia |
33ab0cd1607576844f4b7d80ddf33c43fc84649f | rk3288 is a high performance iot platform, quad-core | rk3288 is a high performance iot platform, quad-core cortex-a17 cpu and mali-t760mp4 gpu, 4k video decoding and 4k display out. it is applied to products of various industries including vending machine, commercial display, medical equipment, gaming, intelligent pos, interactive printer, robot and industrial computer. | wikipedia |
3920039ec23969c9e3dd3685cb30409ecf908088 | rk3566 is a successor to the rk3288 and | rk3566 is a successor to the rk3288 and outperforms it significantly, with quad core arm a55 cpus and an arm mali g52 gpu. boards based on it are expected to be on sale in early 2021 from manufacturers like pine64, boardcon. | wikipedia |
cf429cec2da354980fb316be0813ad593da78ef0 | dual cortex-a72 and quad cortex-a53 and mali-t860mp4 gpu, | dual cortex-a72 and quad cortex-a53 and mali-t860mp4 gpu, provide computing and multi-media performance, interfaces and peripherals. and software supports multiple apis: opengl es 3.2, vulkan 1.0, opencl 1.1/1.2, openvx 1.0, ai interfaces support tensorflow lite/androidnn api. | wikipedia |
38f9bc763c7fbc750fae262b06be49d79cd3ddc4 | rockchip was one of the top 50 fabless | rockchip was one of the top 50 fabless ic suppliers in 2018. the company established cooperation with google, microsoft and intel. on 27 may 2014, intel announced an agreement with rockchip to adopt the intel architecture for entry-level tablets. | wikipedia |
c534545a5099a94239a7c369d7a648a2ae1df93b | rockchip (fuzhou rockchip electronics co., ltd.) is a | rockchip (fuzhou rockchip electronics co., ltd.) is a chinese fabless semiconductor company based in fuzhou, fujian province. rockchip has been providing soc products for tablets & pcs, streaming media tv boxes, ai audio & vision, iot hardware since founded in 2001. it has offices in shanghai, beijing, shenzhen, hangzh... | wikipedia |
e3dced1b5222d99fd02f6b97348e28ab71ae6f70 | after retirement, yonashiro became a manager for yomiuri | after retirement, yonashiro became a manager for yomiuri in 1986. he led the club to won 1986–87 japan soccer league. the club also won 1986 and 1987 emperor's cup. in asia, the club won 1987 asian club championship. he resigned in 1990. in september 1994, he became a manager for kyoto purple sanga as seishiro shimatan... | wikipedia |
0b73f08dc452eeb6792b9c1a1a204ed12e026b0e | in january 1985, yonashiro was approved for naturalisation | in january 1985, yonashiro was approved for naturalisation as a japanese citizen by the ministry of justice. in october, when he was 34 years old, he was selected to the japan national team for the 1986 world cup qualification. at this competition, on october 26, he debuted against south korea. he played two games for ... | wikipedia |
fb6eba2294826808d8aa61c82739b5b402843bfd | yonashiro was born in são paulo, brazil on | yonashiro was born in são paulo, brazil on november 28, 1950. he joined japan soccer league division 2 club yomiuri in 1972. the club was promoted to division 1 in 1978. in 1979, the club won first title jsl cup. the club won the league champions in 1983, 1984. the club also won 1984 emperor's cup and 1985 jsl cup. he ... | wikipedia |
c7d203fb764e57de8f2679ad7f80021d7c8846f9 | george yonashiro (与那城 ジョージ, yonashiro jōji, born november | george yonashiro (与那城 ジョージ, yonashiro jōji, born november 28, 1950) is a former football player and manager. born in brazil, he played for the japan national team. | wikipedia |
d73b904bbf44c505e0addccb35e000002c91d96e | 5-chloro-α-methyltryptamine (5-chloro-αmt), also known as pal-542, is a | 5-chloro-α-methyltryptamine (5-chloro-αmt), also known as pal-542, is a tryptamine derivative related to α-methyltryptamine (αmt) and one of only a few known specific serotonin-dopamine releasing agents (sdras). it has been investigated in animals as a potential treatment for cocaine dependence. the ec50 values of 5-ch... | wikipedia |
19b417192d169d35214a43161f6b614683138f45 | 5-chloro-α-methyltryptamine (5-chloro-αmt), also known as pal-542, is a | , in theory, be expected to produce fewer side effects relative to sndras, and thus would likely be comparatively more favorable in the treatment of cocaine dependence and other conditions. a related agent, 5-fluoro-α-methyltryptamine (5-fluoro-αmt), also known as pal-544, is a potent mao-a inhibitor in addition to snd... | wikipedia |
c38db1570c8bc73fc158e33ddf394962b5357ce6 | as a 5-ht receptor agonist, 5-chloro-αmt very likely | as a 5-ht receptor agonist, 5-chloro-αmt very likely possesses the capacity for psychedelic effects. indeed, its close analog 5-fluoro-αmt produces a strong head-twitch response in rats, a property which is highly correlated with psychedelic effects in humans, and αmt is well-established as a psychedelic drug in humans... | wikipedia |
f0a65543ce939925cefa5e2a0766e1cab593c2fe | a related agent, 5-fluoro-α-methyltryptamine (5-fluoro-αmt), also known as | a related agent, 5-fluoro-α-methyltryptamine (5-fluoro-αmt), also known as pal-544, is a potent mao-a inhibitor in addition to sndra and 5-ht receptor agonist. due to their close structural similarity, 5-chloro-αmt might also possess activity as an mao-a inhibitor, a property which, in combination with its activity as ... | wikipedia |
eb467375fafb6ab31e232161a50da5b5e31fa718 | 5-chloro-αmt was found to not reliably produce intracranial | 5-chloro-αmt was found to not reliably produce intracranial self-administration in rats or substitute for cocaine in rats or monkeys. it was found through study of 5-chloro-αmt in rhesus monkeys that norepinephrine release has minimal influence on the abuse potential of monoamine releasing agents and that loss of norep... | wikipedia |
2f5e6cd4ff2b610d8efd85ac2caa1534cb3553b5 | 5-chloro-α-methyltryptamine (5-chloro-αmt), also known as pal-542, is a | 5-chloro-α-methyltryptamine (5-chloro-αmt), also known as pal-542, is a tryptamine derivative related to α-methyltryptamine (αmt) and one of only a few known specific serotonin-dopamine releasing agents (sdras). it has been investigated in animals as a potential treatment for cocaine dependence. the ec values of 5-chlo... | wikipedia |
ab41318ef9db2d25a065cb8930a9ef3bcdeb7151 | nuclear magnetic resonance spectroscopy of proteins is a | nuclear magnetic resonance spectroscopy of proteins is a field of structural biology in which nmr spectroscopy is used to obtain information about the structure and dynamics of proteins, and also nucleic acids, and their complexes. the field was pioneered by richard r. ernst and kurt wüthrich at the eth, and by ad bax,... | wikipedia |
619edf9c7305231777c9d7e680c5027c4b21630e | nuclear magnetic resonance spectroscopy of proteins is a | different nuclei may be perturbed by adjacent nuclei. this information can be used to determine the distance between nuclei. these distances in turn can be used to determine the overall structure of the protein. a typical study might involve how two proteins interact with each other, possibly with a view to developing... | wikipedia |
282d199a2ffadd9992934b3072c1536ae52c3e6c | structure determination by nmr has traditionally been a | structure determination by nmr has traditionally been a time-consuming process, requiring interactive analysis of the data by a highly trained scientist. there has been considerable interest in automating the process to increase the throughput of structure determination and to make protein nmr accessible to non-experts... | wikipedia |
82e31e98fcf5f96a0d1fd6bab5fb44a9704c4fda | traditionally, nuclear magnetic resonance spectroscopy has been limited | traditionally, nuclear magnetic resonance spectroscopy has been limited to relatively small proteins or protein domains. this is in part caused by problems resolving overlapping peaks in larger proteins, but this has been alleviated by the introduction of isotope labelling and multidimensional experiments. another more... | wikipedia |
49fb0514fb37feb02fb470f4bb9b6aa18ef63d66 | in addition to structures, nuclear magnetic resonance can | in addition to structures, nuclear magnetic resonance can yield information on the dynamics of various parts of the protein. this usually involves measuring relaxation times such as t and t to determine order parameters, correlation times, and chemical exchange rates. nmr relaxation is a consequence of local fluctuatin... | wikipedia |
e528c671660c561fa233c511b6db7b87598d5aaf | since protein structures are experimental models that can | since protein structures are experimental models that can contain errors, it is very important to be able to detect these errors. the process aimed at the detection of errors is known as validation.there are several methods to validate structures, some are statistical like procheck and what if while others are based on... | wikipedia |
b410001ea7a8c87d7f8991c6e5f94c8ccb3e0014 | the utility of a model will be given, | the utility of a model will be given, at least in part, by the degree of accuracy and precision of the model. an accurate model with relatively poor precision could be useful to study the evolutionary relationships between the structures of a set of proteins, whereas the rational drug design requires both precise and a... | wikipedia |
926b8216e8c5dfadec32f93b8dd93df8d44ab94b | ideally, a model of a protein will be | ideally, a model of a protein will be more accurate the more fit the actual molecule that represents and will be more precise as there is less uncertainty about the positions of their atoms. in practice there is no "standard molecule" against which to compare models of proteins, so the accuracy of a model is given by t... | wikipedia |
3ca520425eb595fa051516ce0927cc0153c9a8be | every experiment has associated errors. random errors will | every experiment has associated errors. random errors will affect the reproducibility and precision of the resulting structures. if the errors are systematic, the accuracy of the model will be affected. the precision indicates the degree of reproducibility of the measurement and is often expressed as the variance of th... | wikipedia |
9ceeb9f439d06aac6628f8f5bd4bb9fe2ed5a95f | the ensemble of structures obtained is an "experimental | the ensemble of structures obtained is an "experimental model", i.e., a representation of certain kind of experimental data. to acknowledge this fact is important because it means that the model could be a good or bad representation of that experimental data. in general, the quality of a model will depend on both the q... | wikipedia |
d68a36ec71edb846c60213eb637560a373294a99 | the experimentally determined restraints can be used as | the experimentally determined restraints can be used as input for the structure calculation process. researchers, using computer programs such as xplor-nih, cyana, genmr, or rosettanmr attempt to satisfy as many of the restraints as possible, in addition to general properties of proteins such as bond lengths and angles... | wikipedia |
c8cdc594706e8825c12383a56bb43ba0700058ae | nmr spectroscopy is nucleus specific. thus, it can | nmr spectroscopy is nucleus specific. thus, it can distinguish between hydrogen and deuterium. the amide protons in the protein exchange readily with the solvent, and, if the solvent contains a different isotope, typically deuterium, the reaction can be monitored by nmr spectroscopy. how rapidly a given amide exchanges... | wikipedia |
c0a288d9948e1217d380892acfe63b8367f217a8 | the analyte molecules in a sample can be | the analyte molecules in a sample can be partially ordered with respect to the external magnetic field of the spectrometer by manipulating the sample conditions. common techniques include addition of bacteriophages or bicelles to the sample, or preparation of the sample in a stretched polyacrylamide gel. this creates a... | wikipedia |
ae62cd8d91f60aa23507aa4e036460a9954ef7c9 | in addition to distance restraints, restraints on the | in addition to distance restraints, restraints on the torsion angles of the chemical bonds, typically the psi and phi angles, can be generated. one approach is to use the karplus equation, to generate angle restraints from coupling constants. another approach uses the chemical shifts to generate angle restraints. both ... | wikipedia |
1cc7fe73ecb5c81e74c4ff9bedd512cda95df8be | to obtain as accurate assignments as possible, it | to obtain as accurate assignments as possible, it is a great advantage to have access to carbon-13 and nitrogen-15 noesy experiments, since they help to resolve overlap in the proton dimension. this leads to faster and more reliable assignments, and in turn to better structures. | wikipedia |
5dff883f9b340df285d45e6cbd088e6f4c4d6fe3 | it is of great importance to assign the | it is of great importance to assign the noesy peaks to the correct nuclei based on the chemical shifts. if this task is performed manually it is usually very labor-intensive, since proteins usually have thousands of noesy peaks. some computer programs such as pasd / xplor-nih, unio, cyana, aria / cns, and audana / pond... | wikipedia |
87e2448a190af7c7c719a6a30136b821f70e0965 | a crosspeak in a noesy experiment signifies spatial | a crosspeak in a noesy experiment signifies spatial proximity between the two nuclei in question. thus each peak can be converted into a maximum distance between the nuclei, usually between 1.8 and 6 angstroms. the intensity of a noesy peak is proportional to the distance to the minus 6th power, so the distance is dete... | wikipedia |
7d9ab20ce8f89ebe276e7ccd43db34c4c1679fe5 | when the protein is labelled with carbon-13 and | when the protein is labelled with carbon-13 and nitrogen-15 it is possible to record triple resonance experiments that transfer magnetisation over the peptide bond, and thus connect different spin systems through bonds. this is usually done using some of the following experiments, hnco, hn(ca)co }, hnca, hn(co)ca, hnca... | wikipedia |
7e8eec2a4e9030fb088fa5b46cc3065331b2289b | the most commonly performed 15n experiment is the | the most commonly performed 15n experiment is the h- n hsqc. the experiment is highly sensitive and therefore can be performed relatively quickly. it is often used to check the suitability of a protein for structure determination using nmr, as well as for the optimization of the sample conditions. it is one of the stan... | wikipedia |
bf4141e98fb9f73f67f019cc13a1832747525c4a | one important problem using homonuclear nuclear magnetic resonance | one important problem using homonuclear nuclear magnetic resonance is overlap between peaks. this occurs when different protons have the same or very similar chemical shifts. this problem becomes greater as the protein becomes larger, so homonuclear nuclear magnetic resonance is usually restricted to small proteins or ... | wikipedia |
a27a228e93459dcec877008bfbe191e66b6f000d | with unlabelled protein the usual procedure is to | with unlabelled protein the usual procedure is to record a set of two-dimensional homonuclear nuclear magnetic resonance experiments through correlation spectroscopy (cosy), of which several types include conventional correlation spectroscopy, total correlation spectroscopy (tocsy) and nuclear overhauser effect spectro... | wikipedia |
3a5e6c8d11c7d14b2ede9f306e67b80d1273f4d2 | with unlabelled protein the usual procedure is to | through space, it will show crosspeaks for all protons that are close in space regardless of whether they are in the same spin system or not. the neighbouring residues are inherently close in space, so the assignments can be made by the peaks in the noesy with other spin systems. | wikipedia |
ae3336d5775ec6f587a3d51d4807d0b6e24aa4c0 | in order to analyze the nuclear magnetic resonance | in order to analyze the nuclear magnetic resonance data, it is important to get a resonance assignment for the protein, that is to find out which chemical shift corresponds to which atom. this is typically achieved by sequential walking using information derived from several different types of nmr experiment. the exact... | wikipedia |
53d377b54cdbbaa4f16ecf5ad6d8546fc03bc540 | typically, the first experiment to be measured with | typically, the first experiment to be measured with an isotope-labelled protein is a 2d heteronuclear single quantum correlation (hsqc) spectrum, where "heteronuclear" refers to nuclei other than 1h. in theory, the heteronuclear single quantum correlation has one peak for each h bound to a heteronucleus. thus, in the 1... | wikipedia |
10ac1e9fea11590e81d7299d83195a4eb198e2a4 | depending on the concentration of the sample, the | depending on the concentration of the sample, the magnetic field of the spectrometer, and the type of experiment, a single multidimensional nuclear magnetic resonance experiment on a protein sample may take hours or even several days to obtain suitable signal-to-noise ratio through signal averaging, and to allow for su... | wikipedia |
a4eb981cf2b8e1a40a51d065e6f22ec698ab133f | protein nmr utilizes multidimensional nuclear magnetic resonance experiments | protein nmr utilizes multidimensional nuclear magnetic resonance experiments to obtain information about the protein. ideally, each distinct nucleus in the molecule experiences a distinct electronic environment and thus has a distinct chemical shift by which it can be recognized. however, in large molecules such as pro... | wikipedia |
a3292575ee0ef61f9305ee996aad8f9993208b11 | protein nuclear magnetic resonance is performed on aqueous | protein nuclear magnetic resonance is performed on aqueous samples of highly purified protein. usually, the sample consists of between 300 and 600 microlitres with a protein concentration in the range 0.1 – 3 millimolar. the source of the protein can be either natural or produced in a production system using recombinan... | wikipedia |
9dcc0cb36a953cbf1efa9d72dbf568dd02ce2fd1 | a typical study might involve how two proteins | a typical study might involve how two proteins interact with each other, possibly with a view to developing small molecules that can be used to probe the normal biology of the interaction (" chemical biology ") or to provide possible leads for pharmaceutical use (drug development). frequently, the interacting pair of p... | wikipedia |
3b83e45e3aebb87198cdf7f2f31680e7b6fe40bf | currently most samples are examined in a solution | currently most samples are examined in a solution in water, but methods are being developed to also work with solid samples. data collection relies on placing the sample inside a powerful magnet, sending radio frequency signals through the sample, and measuring the absorption of those signals. depending on the environm... | wikipedia |
a04d54f7d0cf9492e5dcf06ce475e5dbcb3d291b | nmr involves the quantum-mechanical properties of the central | nmr involves the quantum-mechanical properties of the central core (" nucleus ") of the atom. these properties depend on the local molecular environment, and their measurement provides a map of how the atoms are linked chemically, how close they are in space, and how rapidly they move with respect to each other. these ... | wikipedia |
7b60537cc812d53949d26a488d0aee368baa100a | nuclear magnetic resonance spectroscopy of proteins (usually abbreviated | nuclear magnetic resonance spectroscopy of proteins (usually abbreviated protein nmr) is a field of structural biology in which nmr spectroscopy is used to obtain information about the structure and dynamics of proteins, and also nucleic acids, and their complexes. the field was pioneered by richard r. ernst and kurt w... | wikipedia |
5a27fbd3fea99e4fecd3f254454a0db12b984523 | hypericum sampsonii is a species of flowering plant | hypericum sampsonii is a species of flowering plant in the st. john's wort family, hypericaceae. it occurs in china, taiwan, japan, myanmar, and vietnam. it is one of two species of hypericum in the section hypericum sect. sampsonia. | wikipedia |
444943f72c550c6a0cebf162af53e89f47b41a89 | hypericum sampsonii has been studied for potential use | hypericum sampsonii has been studied for potential use in medicine, including the treatment of " hematemesis, enteritis, traumatic hemorrhage, swellings, and cancer ". it contains polycyclic polyprenylated acylphloroglucinols (ppaps) including norsampsone. | wikipedia |
f542d01f705307be892eace0274a1302686e9e65 | hypericum sampsonii occurs in china, taiwan, southern japan, | hypericum sampsonii occurs in china, taiwan, southern japan, eastern myanmar, and northern vietnam. in china, it is found in anhui, fujian, guangdong, guangxi, guizhou, henan, hubei, hunan, jiangsu, jiangxi, shaanxi, and sichuan. it occurs in thickets, grassy and riparian areas, and disturbed places such as roadsides a... | wikipedia |
a1400bcf7d90cc5c0fae63349fa53db47bcb17cf | several authors placed this species in the section | several authors placed this species in the section hypericum sect. drosocarpium, though it is now segregated into h. sect. sampsonia, along with hypericum assamicum, based on the combination of perfoliate leaf pairs and vesicular-glandular capsule valves. | wikipedia |
50c0cbe1b550a47b47a27dab67c2107533363830 | h. sampsonii was described in 1865 by henry | h. sampsonii was described in 1865 by henry fletcher hance in the journal of botany, british and foreign. it was named for its collector, "t. sampson", who collected specimens in june 1865 along muddy riverbanks "subject to overflows" near "lukpo, 100 miles west of canton" in southern china. the species was described a... | wikipedia |
7049d1227f58daa11a6d3e8ea68b4a75b393d315 | hypericum sampsonii is a perennial herb 20–80 cm | hypericum sampsonii is a perennial herb 20–80 cm (7.9–31.5 in) tall with perfoliate leaves. the thick, papery leaves are lanceolate to oblanceolate, 2–8 cm (0.8–3 in) long and 0.7–3.5 cm (0.3–1 in) across, with pale undersides and dense pale or black glandular dots. the flat-topped flowerhead has between 20 and 40 flow... | wikipedia |
5a27fbd3fea99e4fecd3f254454a0db12b984523 | hypericum sampsonii is a species of flowering plant | hypericum sampsonii is a species of flowering plant in the st. john's wort family, hypericaceae. it occurs in china, taiwan, japan, myanmar, and vietnam. it is one of two species of hypericum in the section hypericum sect. sampsonia. | wikipedia |
669b52be038d24b05b2be188f727eeeab5fd6bbe | aristid von grosse was a german nuclear chemist. | aristid von grosse was a german nuclear chemist. during his work with otto hahn, he got access to waste material from radium production, and with this starting material he was able in 1927 to isolate protactinium(v) oxide and was later able to produce metallic protactinium by decomposition of protactinium(v) iodide. fr... | wikipedia |
83fd837e0a61b07cbd2c5afc924efbdad22096c1 | aristid was born in riga in january 1905 | aristid was born in riga in january 1905 and moved to the united states in 1930. he retired in 1979 and died of pneumonia in laguna hills, california on july 21, 1985. | wikipedia |
e7a105b2693631cb85af2ccc0e9b5283832c5d30 | from 1948 to 1969, he was president of | from 1948 to 1969, he was president of the research institute of temple university and was later affiliated with the laboratories of the franklin institute in philadelphia until his retirement in 1979. in 1971, he received a united states atomic energy commission award in recognition of his "outstanding contributions t... | wikipedia |
0481d24760a3f4381b3cb6ded919ec0c05cd21e8 | aristid von grosse (january 1905 – july 21, | aristid von grosse (january 1905 – july 21, 1985) was a german nuclear chemist. during his work with otto hahn, he got access to waste material from radium production, and with this starting material he was able in 1927 to isolate protactinium(v) oxide and was later able to produce metallic protactinium by decompositio... | wikipedia |
2a61558a7d8caa69dff1815eb359f49f9ef82c6c | richard a. schulz was an american professional basketball | richard a. schulz was an american professional basketball player. schulz attended washington park high school in racine, wisconsin. he attended the university of wisconsin–madison during the 1936–37 season but did not play on the varsity basketball team. a 6'2" forward/guard, schulz played four seasons (1946–1950) in t... | wikipedia |
644d56b72c8610900d808db47d9dc28803e65ddc | a 6'2" forward / guard, schulz played four | a 6'2" forward / guard, schulz played four seasons (1946–1950) in the basketball association of america (baa) and national basketball association (nba) as a member of the cleveland rebels, toronto huskies, baltimore bullets, washington capitols, tri-cities blackhawks, and sheboygan red skins. he averaged 5.6 points per... | wikipedia |
a88ff4e570a55c0c2740df7932d2e7efd5a0b5aa | azuma station was opened on 10 october 1912 | azuma station was opened on 10 october 1912 as yamadamura station (山田村駅). the station was renamed on 5 november 1960. in september 1986 the existing station building was completed. | wikipedia |
80c73282e274880b995810bb3fd2f57eea963dc9 | garret hostel bridge, colloquially known as orgasm bridge, | garret hostel bridge, colloquially known as orgasm bridge, is a foot and cycle bridge over the river cam in cambridge, england. garret hostel bridge is the tenth bridge overall and the sixth bridge over the river cam's middle stream in cambridge. the bridge is at the end of garret hostel lane, which was named after a b... | wikipedia |
7eba5dec0ab73369930d666b736948bb1ed48508 | the first bridge was constructed in 1455. the | the first bridge was constructed in 1455. the current bridge was designed by timothy guy morgan around 1960 when an undergraduate at the university of cambridge 's school of architecture. garret hostel bridge is one of three public bridges that link the city centre to the backs; the other two are silver street bridge a... | wikipedia |
9d9e1c0b88130dd6f1c19233efa84af166933e22 | bibha chowdhuri was an indian particle physicist known | bibha chowdhuri was an indian particle physicist known for her investigations into cosmic rays. working with d m bose, she utilized photographic nuclear emulsion to become the first to detect and identify mesons. the iau named the star hd 86081 bibha, after her. | wikipedia |
54db301b3c305aa1f739db9144d6e5703e2d7226 | her life was described in the books a | her life was described in the books a jewel unearthed: bibha chowdhuri. and bibha chowdhuri, eine indische hochenergiephysikerin als "star" am himmel. she was described by the statesman as a forgotten legend. she continued to publish until she died in 1991. | wikipedia |
f8ebb3a11245939add74a179721a3a895b847fb3 | chowdhuri returned to india after her phd, working | chowdhuri returned to india after her phd, working at the tata institute of fundamental research for eight years. during her time at tifr, chowdhuri's cosmic ray studies contributed heavily to the discovery of k mesons. bibha temporarily left tifr in 1953 and subsequently joined cosmic ray physicist l. leprince ringuet... | wikipedia |
a0bbda6b0c24962954920867cc42185bbd4bf937 | chowdhuri demonstrated that the density of penetrating events | chowdhuri demonstrated that the density of penetrating events is proportional to the total particle density of an extensive air shower. she was interviewed by the manchester herald in an article called "meet india's new woman scientist — she has an eye for cosmic rays", saying that "it is a tragedy that we have so few ... | wikipedia |
aee3ae254f6417f8dae43dc3373ce4f0b823c5a6 | bibha studied physics at rajabazar science college of | bibha studied physics at rajabazar science college of calcutta university and was the only woman to complete m.sc. degree in the year 1936. she joined the bose institute after graduating in 1939 and worked with debendra mohan bose. together, they experimentally observed and published on mesotron showers, later called m... | wikipedia |
11652e7b85bd83e5b717a2d9b6716bb1b9b74a7f | chowdhuri was born in kolkata to a family | chowdhuri was born in kolkata to a family of zamindars. her father, banku behari chowdhuri, was a doctor. her mother, urmila devi, practiced brahmo samaj, which held the belief that young women should be allowed to go to school. by marrying urmila, banku was converted to brahmo and outcast from hindu circles. many of t... | wikipedia |
dfe05fc92de23c1b4e51d271a019d08cea79a63c | bibha chowdhuri (3 july 1913 – 2 june | bibha chowdhuri (3 july 1913 – 2 june 1991) was an indian particle physicist known for her investigations into cosmic rays. working with d m bose, she utilized photographic nuclear emulsion to become the first to detect and identify mesons. the iau named the star hd 86081 bibha, after her. | wikipedia |
feb5542205b7a6c42b26c2a33742f579df0f2ef3 | latite is an igneous, volcanic rock, with aphanitic-aphyric | latite is an igneous, volcanic rock, with aphanitic-aphyric to aphyric-porphyritic texture. it is the volcanic equivalent of monzonite. its mineral assemblage is usually alkali feldspar and plagioclase in approximately equal amounts. quartz is less than five percent and is absent in a feldspathoid-bearing latite, and o... | wikipedia |
5ec91da71afc39aeab4e5b0c3ad19ac70f3cc118 | rhomb porphyries are an unusual variety with gray-white | rhomb porphyries are an unusual variety with gray-white porphyritic rhomb shaped phenocrysts embedded in a very fine grained red-brown matrix. the composition of rhomb porphyry places it in the trachyte - latite classification of the qapf diagram. | wikipedia |
4325d22be588a0b3104aac59afbbc22a15f09f30 | latite is an igneous, volcanic rock, with aphanitic | latite is an igneous, volcanic rock, with aphanitic - aphyric to aphyric- porphyritic texture. it is the volcanic equivalent of monzonite. its mineral assemblage is usually alkali feldspar and plagioclase in approximately equal amounts. quartz is less than five percent and is absent in a feldspathoid -bearing latite, a... | wikipedia |
d11fc3932f1b316d949f69b1748c68c28b44c643 | poisson-type random measures are a family of three | poisson-type random measures are a family of three random counting measures which are closed under restriction to a subspace, i.e. closed under thinning. they are the only distributions in the canonical non-negative power series family of distributions to possess this property and include the poisson distribution, nega... | wikipedia |
1b2b8afb781587225cdd5b0d8a6c1c15c07851f7 | the "bone" condition on the pgf ψ θ | the "bone" condition on the pgf ψ θ {\displaystyle \psi _{\theta }} of k {\displaystyle k} encodes a distributional self-similarity property whereby all counts in restrictions (thinnings) to subspaces (encoded by pgf ψ a {\displaystyle \psi _{a}}) are in the same family as ψ θ {\displaystyle \psi _{\theta }} of k {\dis... | wikipedia |
d2063477669ee20cb2a10fb8284ca6ca2b92a484 | the proof for this theorem is based on | the proof for this theorem is based on a generalized additive cauchy equation and its solutions. the theorem states that out of all nnps distributions, only pt have the property that their restrictions n i a {\displaystyle n\mathbb {i} _{a}} share the same family of distribution as k {\displaystyle k}, that is, they ar... | wikipedia |
781f4ddaba2b8d2db23ee2e58634ea2ad8e8baeb | e e − n a f = ψ | e e − n a f = ψ h a (θ) (ν a e − f) for f ∈ e + {\displaystyle \quad \mathbb {e} e^{-n_{a}f}=\psi _{h_{a}(\theta)}(\nu _{a}e^{-f})\quad {\text{for}}\quad f\in {\mathcal {e}}_{+}} | wikipedia |
12a8535e239d418d2ad9aa7fcdb07cebc7c9b94e | assume that k ∼ κ θ {\displaystyle k\sim | assume that k ∼ κ θ {\displaystyle k\sim \kappa _{\theta }} with pgf ψ θ {\displaystyle \psi _{\theta }} belongs to the canonical non-negative power series (nnps) family of distributions and { 0, 1 } ⊂ supp (k) {\displaystyle \{0,1\}\subset {\text{supp}}(k)}. consider the random measure n = (κ θ, ν) {\displaystyle n=(\... | wikipedia |
87c4dcfcc2665ce7c97a2777fe66d6c1766a06c0 | let k a = n i a {\displaystyle | let k a = n i a {\displaystyle k_{a}=n\mathbb {i} _{a}} be the counting variable of k {\displaystyle k} restricted to a ⊂ e {\displaystyle a\subset e}. when { n i a: a ⊂ e } {\displaystyle \{n\mathbb {i} _{a}:a\subset e\}} and k = n i e {\displaystyle k=n\mathbb {i} _{e}} share the same family of laws subject to a resc... | wikipedia |
7c6335bc5a0198b375a0f7ac6b43fa087b5214b6 | note ψ (ν e − f i a | note ψ (ν e − f i a + 1 − a) = ψ a (ν a e − f) {\displaystyle \psi (\nu e^{-f}\mathbb {i} _{a}+1-a)=\psi _{a}(\nu _{a}e^{-f})} where we use ν e − f i a = a ν a e − f {\displaystyle \nu e^{-f}\mathbb {i} _{a}=a\nu _{a}e^{-f}}. | wikipedia |
0f30e51df2a689bc41ed5abb883118a9214e0288 | the quantity n a = (n i a, | the quantity n a = (n i a, ν a) {\displaystyle n_{a}=(n\mathbb {i} _{a},\nu _{a})} is a well-defined random measure on the measurable subspace (e ∩ a, e a) {\displaystyle (e\cap a,{\mathcal {e}}_{a})} where e a = { a ∩ b: b ∈ e } {\displaystyle {\mathcal {e}}_{a}=\{a\cap b:b\in {\mathcal {e}}\}} and ν a (b) = ν (a ∩ b)... | wikipedia |
e32b3f5c5a73c1097ff196a3ebca25e8d1172c50 | consider random measure n = (κ, ν) {\displaystyle | consider random measure n = (κ, ν) {\displaystyle n=(\kappa,\nu)} and the transition probability kernel q {\displaystyle q} from (e, e) {\displaystyle (e,{\cal {e)}}} into (f, f) {\displaystyle (f,{\cal {f)}}}. assume that given the collection x {\displaystyle \mathbf {x} } the variables y = { y i } {\displaystyle \mat... | wikipedia |
b22d89984b1a35c4bdc33e8f18cc7efa7dd3373d | consider random measure n = (κ, ν) {\displaystyle | }} is defined as e − g (x) = ∫ f q (x, d y) e − f (x, y). {\displaystyle e^{-g(x)}=\int _{f}q(x,dy)e^{-f(x,y)}.} | wikipedia |
47b81c6160bf831152c80e70fa4be37b89cb703d | the following result extends construction of a random | the following result extends construction of a random measure n = (κ, ν) {\displaystyle n=(\kappa,\nu)} to the case when the collection x {\displaystyle \mathbf {x} } is expanded to (x, y) = { (x i, y i) } {\displaystyle (\mathbf {x},\mathbf {y})=\{(x_{i},y_{i})\}} where y i {\displaystyle y_{i}} is a random transforma... | wikipedia |
7c4881623550c54c21fffdd4086c3c09ba85d2f8 | when k {\displaystyle k} is poisson, negative binomial, | when k {\displaystyle k} is poisson, negative binomial, or binomial, it is said to be poisson-type (pt). the joint distribution of the collection n (a), …, n (b) {\displaystyle n(a),\ldots,n(b)} is for i, …, j ∈ n {\displaystyle i,\ldots,j\in \mathbb {n} } and i + ⋯ + j = k {\displaystyle i+\cdots +j=k} | wikipedia |
3d45862e7e4a5047ff1be21469583ccf58f03570 | c ov (n f, n g) = c | c ov (n f, n g) = c ν (f g) + (δ 2 − c) ν f ν g {\displaystyle \quad \mathbb {c} {\text{ov}}(nf,ng)=c\nu (fg)+(\delta ^{2}-c)\nu f\nu g} | wikipedia |
bb2655f0ce28206e1d178927fcd35701c3ef85cf | v ar n f = c ν f | v ar n f = c ν f 2 + (δ 2 − c) (ν f) 2 {\displaystyle \quad \mathbb {v} {\text{ar}}nf=c\nu f^{2}+(\delta ^{2}-c)(\nu f)^{2}} | wikipedia |
143afda2beec2e79c6af9e1174499b2533f4d3a0 | e e − n f = e (e | e e − n f = e (e e − f (x)) k = e (ν e − f) k = ψ (ν e − f) for f ∈ e + {\displaystyle \quad \mathbb {e} e^{-nf}=\mathbb {e} (\mathbb {e} e^{-f(x)})^{k}=\mathbb {e} (\nu e^{-f})^{k}=\psi (\nu e^{-f})\quad {\text{for}}\quad f\in {\mathcal {e}}_{+}} | wikipedia |
5cf733d55ed36aa816a5dda68dc3fda8a8b8ca4d | let e + = { f: e ↦ | let e + = { f: e ↦ r + } {\displaystyle {\mathcal {e}}_{+}=\{f:e\mapsto \mathbb {r} _{+}\}} be the collection of positive e {\displaystyle {\mathcal {e}}} -measurable functions. the probability law of n {\displaystyle n} is encoded in the laplace functional | wikipedia |
2bc63c00773763bcf928495acf148f63ed90ffd3 | where k {\displaystyle k} has law κ {\displaystyle | where k {\displaystyle k} has law κ {\displaystyle \kappa } and iid x 1, x 2, ⋯ {\displaystyle x_{1},x_{2},\dotsb } have law ν {\displaystyle \nu }. n {\displaystyle n} is a mixed binomial process | wikipedia |
6ca205343eb5dd09cd54ee429c13c4e0c9fc2078 | n ω (a) = n (ω, a) = | n ω (a) = n (ω, a) = ∑ i = 1 k (ω) i a (x i (ω)) for ω ∈ Ω, a ∈ e {\displaystyle \quad n_{\omega }(a)=n(\omega,a)=\sum _{i=1}^{k(\omega)}\mathbb {i} _{a}(x_{i}(\omega))\quad {\text{for}}\quad \omega \in \omega,\,\,\,a\in {\mathcal {e}}} | wikipedia |
c24ea735e15f60779596b1cea1bed6508a750353 | the random counting measure n {\displaystyle n} on | the random counting measure n {\displaystyle n} on (e, e) {\displaystyle (e,{\mathcal {e}})} depends on the pair of deterministic probability measures (κ, ν) {\displaystyle (\kappa,\nu)} through the stone throwing construction (stc) | wikipedia |
70c02ca9b242cc2233fd921fca2eef9466cff436 | let k {\displaystyle k} be a non-negative integer-valued | let k {\displaystyle k} be a non-negative integer-valued random variable k ∈ n ≥ 0 = n > 0 ∪ { 0 } {\displaystyle k\in \mathbb {n} _{\geq 0}=\mathbb {n} _{>0}\cup \{0\}}) with law κ {\displaystyle \kappa }, mean c ∈ (0, ∞) {\displaystyle c\in (0,\infty)} and when it exists variance δ 2 > 0 {\displaystyle \delta ^{2}>0}... | wikipedia |
d11fc3932f1b316d949f69b1748c68c28b44c643 | poisson-type random measures are a family of three | poisson-type random measures are a family of three random counting measures which are closed under restriction to a subspace, i.e. closed under thinning. they are the only distributions in the canonical non-negative power series family of distributions to possess this property and include the poisson distribution, nega... | wikipedia |
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