I can connect to a wireless network, but I cannot use any applications such as web browsers, or updating virus definitions, etc. When I connect wired to the same network I can use the internet freely and use applications with ease. I have tried this with 2 different networks now, and it works the same way. I don't think it's my firewall because even if I disable it, I still have the same problems when trying to connect wireless. Please help me figure out how to fix this. Thank you.


GitHub is home to over 40 million developers working together to host and review code, manage projects, and build software.
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Hey folks, I was hoping to understand how Prefect Cloud communicates with an agent that’s inside a VPC. I setup a local agent on an EC2 instance and was able to connect with Prefect Cloud and use the instance as an agent. Can someone point me to the right resources for this? Thank you!
04/29/2022, 1:23 PM
Yes! For Prefect 2.0 you can use this tutorial
for 1.0 this should be similar when it comes to deploying the infrastructure. The main aspect to keep in mind is that your agent only needs to open outbound access to communicate with Prefect Cloud. Cloud API never sends any incoming requests to your infrastructure, it always goes in a single direction - from your infrastructure to Cloud (your agent must actively poll Prefect Cloud API for scheduled runs)
and if you are confused about 2.0 vs. 1.0, check this post
04/29/2022, 1:28 PM
Thank you so much @Anna Geller! This made things very clear.


Limak is a little polar bear. He has n balls, the i-th ball has size ti.

Limak wants to give one ball to each of his three friends. Giving gifts isn't easy — there are two rules Limak must obey to make friends happy:

- No two friends can get balls of the same size.
- No two friends can get balls of sizes that differ by more than 2.

For example, Limak can choose balls with sizes 4, 5 and 3, or balls with sizes 90, 91 and 92. But he can't choose balls with sizes 5, 5 and 6 (two friends would get balls of the same size), and he can't choose balls with sizes 30, 31 and 33 (because sizes 30 and 33 differ by more than 2).

Your task is to check whether Limak can choose three balls that satisfy conditions above.


Oxford Biomedical Data Science Training Programme
The Oxford Biomedical Data Science Training Programme delivers training in the skills and methods required for the analysis and interpretation of large-scale biomedical datasets, particularly genomic and functional genomic data.
The OBDS programme was established in 2018 with funding from Wellcome, the Cancer Research UK Oxford Centre and the NIHR Oxford Biomedical Research Centre. To date the programme has trained over 100 biomedical researchers, who have benefited from the course in different ways (see testimonials).
This unique programme runs three times per year, with timings aligned to the University of Oxford terms. The programme delivers face-to-face online lectures, tutorials and group exercises. Our multi-week format and small group size enable us to go step-by-step through real world scenarios from setting up software environments to processing data and visualisation of results. The interactive format encourages participants to lead group exercises; quickly building the confidence and resilience required for independent work. Courses usually run 9.30am-4pm Monday to Friday.
In Autumn 2022, we will be running a number of short courses on different topics including using the Linux command line for Genomics, Python programming and data science, and R for data science and genomics. These introductory courses are aimed at biomedical scientists with little or no previous training in computational biology.
The Cancer Research UK Oxford Centre offers two fully funded places per course. To be considered for CRUK funding, candidates research projects must be cancer research focused and applicants must be CRUK Oxford Centre members (you can sign up here). CRUK funding will be allocated by representatives of the Centre Management Group on the basis of both application quality and fit with Centre strategy (details of which can be found here).
We hope to open applications for Autumn 2022 courses in late June.
For more information please contact firstname.lastname@example.org
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On the Berland Dependence Day it was decided to organize a great marathon. Berland consists of n cities, some of which are linked by two-way roads. Each road has a certain length. The cities are numbered from 1 to n. It is known that one can get from any city to any other one by the roads.

n runners take part in the competition, one from each city. But Berland runners are talkative by nature and that's why the juries took measures to avoid large crowds of marathon participants. The jury decided that every runner should start the marathon from their hometown. Before the start every sportsman will get a piece of paper containing the name of the city where the sportsman's finishing line is. The finish is chosen randomly for every sportsman but it can't coincide with the sportsman's starting point. Several sportsmen are allowed to finish in one and the same city. All the sportsmen start simultaneously and everyone runs the shortest route from the starting point to the finishing one. All the sportsmen run at one speed which equals to 1.

After the competition a follow-up table of the results will be composed where the sportsmen will be sorted according to the nondecrease of time they spent to cover the distance. The first g sportsmen in the table will get golden medals, the next s sportsmen will get silver medals and the rest will get bronze medals. Besides, if two or more sportsmen spend the same amount of time to cover the distance, they are sorted according to the number of the city where a sportsman started to run in the ascending order. That means no two sportsmen share one and the same place.

According to the rules of the competition the number of gold medals g must satisfy the inequation g1 ≤ g ≤ g2, where g1 and g2 are values formed historically. In a similar way, the number of silver medals s must satisfy the inequation s1 ≤ s ≤ s2, where s1 and s2 are also values formed historically.

At present, before the start of the competition, the destination points of every sportsman are unknown. However, the press demands details and that's why you are given the task of counting the number of the ways to distribute the medals. Two ways to distribute the medals are considered different if at least one sportsman could have received during those distributions different kinds of medals.


The Little Elephant has found a ragged old black-and-white string s on the attic.

The characters of string s are numbered from the left to the right from 1 to |s|, where |s| is the length of the string. Let's denote the i-th character of string s as si. As the string is black-and-white, each character of the string is either letter "B", or letter "W". Unfortunately, the string is very old and some characters are damaged. The damaged positions are denoted as "X".

The Little Elephant in determined to restore the string and hang it on the wall. For that he needs to replace each character "X" by a "B" or a "W". The string must look good on the wall, so it must be beautiful. The Little Elephant considers a string beautiful if it has two non-intersecting substrings of a given length k, such that the left one fully consists of characters "B", and the right one fully consists of characters "W". More formally, there are four integers a, b, c, d (1 ≤ a ≤ b < c ≤ d ≤ |s|; b - a + 1 = d - c + 1 = k) such that si = "B" (a ≤ i ≤ b) and sj = "W" (c ≤ j ≤ d).

Help the Little Elephant find the number of different beautiful strings he can obtain from string s. Two strings are considered different if there is such position, where the character in the first string differs from the corresponding character in the second string. If this string doesn't contain characters «X» and it is already beautiful — the answer is 1.

As the answer can be rather large, print it modulo 1000000007 (109 + 7).


Doremy lives in a country consisting of $$$n$$$ cities numbered from $$$1$$$ to $$$n$$$, with $$$a_i$$$ people living in the $$$i$$$-th city. It can be modeled as an undirected graph with $$$n$$$ nodes.

Initially, there are no edges in the graph. Now Doremy wants to make the graph connected.

To do this, she can add an edge between $$$i$$$ and $$$j$$$ if

$$$$$$ \sum_{k \in S} a_k \ge i\cdot j \cdot c, $$$$$$

where $$$S$$$ is the set of all the nodes that are currently in the same connected component of either $$$i$$$ or $$$j$$$, and $$$c$$$ is a given constant.

Can Doremy make the graph connected?

Two nodes $$$(i, j)$$$ are in the same connected component if there exists a path from $$$i$$$ to $$$j$$$. A graph is connected if all its nodes are in the same connected component.


The Chess Enthusiast: Coming back for more
Hi chess.com community,
I've been in chess exile for the past 4-5 months due to work commitment. What's more amazing is that I managed to win my first 2 chess.com live games without much difficulty. (It must be the luck factor here... haha) Well, hopefully I can get my games up and running and blog good games for everyone to enjoy.
Take care everyone, and it's good to be back playing again.


Apple has a great operating system in its new Mac OS X 10.4, aka “Tiger.” And the company offers a great hardware platform, too. But from its actions heading into Tigers release, and now reading the troublesome list of missing-in-action applications and compatibility issues, I have to question the companys aspirations to be a player in the enterprise.
Heres a checklist of recent snafus on the Tiger productivity front:
- Mac enterprise customers discover they cant connect to their Cisco VPNs to work remotely.
- Apples introduction of new low-level code in Tiger and a bug cause even more networking problems for enterprise managers.
- Some sites report troubles with SMB connectivity, as well as the usual batch of incompatible utility apps.
That Tiger is having issues with Windows networking is hardly a surprise. But all of these little problematic pieces add up to a big headache for enterprise folks who want to keep using their Macs in hostile territory.
For some analysts and Apple apologists, this view is overblown. For them, all rollouts have problems, and these are par for the course.
Instead, I see it as proof that Apple isnt an enterprise player and isnt terribly interested in becoming one, despite always having a toe in the enterprise market.
And a pretty big toe at that, at least in terms of product design and quality. Apple makes very nice enterprise servers, a SAN (storage area network), and a Unix-based OS with excellent ease-of-use and manageability.
Apple simply isnt ready to do what it would take to become a “real” enterprise vendor.
For example, a real enterprise vendor wouldnt rely quite so much on secrecy and the element of surprise to create excitement for its products. A real enterprise company also would have a product roadmap and an extensive, open beta process for its operating-system products, which could prevent missteps such as Tigers issues with Microsoft servers.
The way I see it, Apple can be a company with big secrets or it can be an enterprise company, but it cant be both.
Revenue-wise, it makes sense for Apple to be a consumer company, and the secrets seem to help excite those customers. But everything Ive found in Tiger so far was described on Apples Web site months in advance. Why the company couldnt have done a wider beta program is something only CEO Steve Jobs knows.
To be fair, Ive just finished a book for Mac mini users, and in my testing I didnt encounter the problems with the SMB protocol that others have complained about. I have a Microsoft Small Business Server and found Tiger to be much easier to use in that environment than its Panther predecessor.
Support for Microsoft Exchange is still not what youd hope, and whatever connectivity existed between Exchange and Apples Address Book app seems to have disappeared. VPN support is there, but it may be hit-or-miss depending on the networks configuration.
But because of its small market share and low enterprise presence, Apple can release software that really needed better, and more public, testing almost with impunity. This is further proof that Apple isnt willing to do whats necessary to become an enterprise player—and customers reward that behavior by staying away, in droves.


A forestation is an act of planting a bunch of trees to grow a forest, usually to replace a forest that had been cut down. Strangely enough, graph theorists have another idea on how to make a forest, i.e. by cutting down a tree!

A tree is a graph of $$$N$$$ nodes connected by $$$N - 1$$$ edges. Let $$$u$$$ be a node in a tree $$$U$$$ which degree is at least $$$2$$$ (i.e. directly connected to at least $$$2$$$ other nodes in $$$U$$$). If we remove $$$u$$$ from $$$U$$$, then we will get two or more disconnected (smaller) trees, or also known as forest by graph theorists. In this problem, we are going to investigate a special forestation of a tree done by graph theorists.

Let $$$V(S)$$$ be the set of nodes in a tree $$$S$$$ and $$$V(T)$$$ be the set of nodes in a tree $$$T$$$. Tree $$$S$$$ and tree $$$T$$$ are identical if there exists a bijection $$$f : V(S) \rightarrow V(T)$$$ such that for all pairs of nodes $$$(s_i, s_j)$$$ in $$$V(S)$$$, $$$s_i$$$ and $$$s_j$$$ is connected by an edge in $$$S$$$ if and only if node $$$f(s_i)$$$ and $$$f(s_j)$$$ is connected by an edge in $$$T$$$. Note that $$$f(s) = t$$$ implies node $$$s$$$ in $$$S$$$ corresponds to node $$$t$$$ in $$$T$$$.

We call a node $$$u$$$ in a tree $$$U$$$ as a good cutting point if and only if the removal of $$$u$$$ from $$$U$$$ causes two or more disconnected trees, and all those disconnected trees are pairwise identical.

Given a tree $$$U$$$, your task is to determine whether there exists a good cutting point in $$$U$$$. If there is such a node, then you should output the maximum number of disconnected trees that can be obtained by removing exactly one good cutting point.

For example, consider the following tree of $$$13$$$ nodes.

There is exactly one good cutting point in this tree, i.e. node $$$4$$$. Observe that by removing node $$$4$$$, we will get three identical trees (in this case, line graphs), i.e. $$$\{5, 1, 7, 13\}$$$, $$$\{8, 2, 11, 6\}$$$, and $$$\{3, 12, 9, 10\}$$$, which are denoted by $$$A$$$, $$$B$$$, and $$$C$$$ respectively in the figure.

- The bijection function between $$$A$$$ and $$$B$$$: $$$f(5) = 8$$$, $$$f(1) = 2$$$, $$$f(7) = 11$$$, and $$$f(13) = 6$$$.
- The bijection function between $$$A$$$ and $$$C$$$: $$$f(5) = 3$$$, $$$f(1) = 12$$$, $$$f(7) = 9$$$, and $$$f(13) = 10$$$.
- The bijection function between $$$B$$$ and $$$C$$$: $$$f(8) = 3$$$, $$$f(2) = 12$$$, $$$f(11) = 9$$$, and $$$f(6) = 10$$$.


A Graph which represents the Union of several Graphs
For a list of all members of this type, see UnionGraph Members .
The Union is entirely virtual, the Graphs and their Triples are not actually physically merged together
All Assert and Retract operations are directed only to the Default Graph while a Clear() operation will clear all Graphs in the Union
Assembly: dotNetRDF (in dotNetRDF.dll)


It can be shown that any positive integer x can be uniquely represented as x = 1 + 2 + 4 + ... + 2k - 1 + r, where k and r are integers, k ≥ 0, 0 < r ≤ 2k. Let's call that representation prairie partition of x.

For example, the prairie partitions of 12, 17, 7 and 1 are:

12 = 1 + 2 + 4 + 5,17 = 1 + 2 + 4 + 8 + 2,7 = 1 + 2 + 4,1 = 1.

Alice took a sequence of positive integers (possibly with repeating elements), replaced every element with the sequence of summands in its prairie partition, arranged the resulting numbers in non-decreasing order and gave them to Borys. Now Borys wonders how many elements Alice's original sequence could contain. Find all possible options!


Berland annual chess tournament is coming!

Organizers have gathered 2·n chess players who should be divided into two teams with n people each. The first team is sponsored by BerOil and the second team is sponsored by BerMobile. Obviously, organizers should guarantee the win for the team of BerOil.

Thus, organizers should divide all 2·n players into two teams with n people each in such a way that the first team always wins.

Every chess player has its rating ri. It is known that chess player with the greater rating always wins the player with the lower rating. If their ratings are equal then any of the players can win.

After teams assignment there will come a drawing to form n pairs of opponents: in each pair there is a player from the first team and a player from the second team. Every chess player should be in exactly one pair. Every pair plays once. The drawing is totally random.

Is it possible to divide all 2·n players into two teams with n people each so that the player from the first team in every pair wins regardless of the results of the drawing?


Reason #12 You Should Visit
Unique gardens on campus
You don't have to take our word for the claims we make about Smith. Come check us out yourself. Only by visiting Smith's campus can you sense the college's energy, its rhythm and enthusiasm.
You can visit practically any time, but coming when college is in session will give you a better feel for what it's really like to be a Smith student. Plan to spend at least three hours on campus, especially if you live at a distance and may not be able to make a second visit. This will give you time for a campus tour, a class visit, a conversation with a professor and perhaps a meal, as well as an interview.
In this video, Professor of Art John Davis leads an architectural tour of Smith, discussing some of the influential buildings on campus.


- Jun 25, 2013
I wasn't referring to fixing something that was not broken, I was referring to a way to get the camera gesture to show in kernel auditor, which you have obviously got taken care of with the nodded apk.
I'm not sure if same post but I was also referring to the speaker volume, which is broken on my end. When I place at 0 gain there is no sound when actually that should be the default level, and it seems like 20 gain is the default level instead. If you need a log I'll be glad to provide. Thanks.
Sent from my Nexus 6P using Tapatalk
tc qdisc add dev wlan0 root fq_pie tc qdisc add dev rmnet_data0 root fq_pie
tc qdisc del root dev wlan0 tc qdisc del root dev rmnet_data0


A permutation p of length n is a sequence of distinct integers p1, p2, ..., pn (1 ≤ pi ≤ n). A permutation is an identity permutation, if for any i the following equation holds pi = i.

A swap (i, j) is the operation that swaps elements pi and pj in the permutation. Let's assume that f(p) is the minimum number of swaps that you need to make the permutation p an identity permutation.

Valera wonders, how he can transform permutation p into any permutation q, such that f(q) = m, using the minimum number of swaps. Help him do that.


You're creating a game level for some mobile game. The level should contain some number of cells aligned in a row from left to right and numbered with consecutive integers starting from $$$1$$$, and in each cell you can either put a platform or leave it empty.

In order to pass a level, a player must throw a ball from the left so that it first lands on a platform in the cell $$$p$$$, then bounces off it, then bounces off a platform in the cell $$$(p + k)$$$, then a platform in the cell $$$(p + 2k)$$$, and so on every $$$k$$$-th platform until it goes farther than the last cell. If any of these cells has no platform, you can't pass the level with these $$$p$$$ and $$$k$$$.

You already have some level pattern $$$a_1$$$, $$$a_2$$$, $$$a_3$$$, ..., $$$a_n$$$, where $$$a_i = 0$$$ means there is no platform in the cell $$$i$$$, and $$$a_i = 1$$$ means there is one. You want to modify it so that the level can be passed with given $$$p$$$ and $$$k$$$. In $$$x$$$ seconds you can add a platform in some empty cell. In $$$y$$$ seconds you can remove the first cell completely, reducing the number of cells by one, and renumerating the other cells keeping their order. You can't do any other operation. You can not reduce the number of cells to less than $$$p$$$.

Illustration for the third example test case. Crosses mark deleted cells. Blue platform is the newly added.

What is the minimum number of seconds you need to make this level passable with given $$$p$$$ and $$$k$$$?


Look in the AP_Motors library. Should give you a starting place as you'll need to extend it for your frame type.
did you ever figure out how to change the motor mixing for pitch, roll, and yaw?
i'm in the final setup of a custom octa-H and need to figure this out also.
Maybe this for writing code but I am a hunt and punch typest so I don;t write code. I did notice that on the Mission Planner, when I was flying a "Y" 6, there was an option to change the motor percentage for the top or bottom motor. I am going to set up a "U" 6 hexa and just match up my motor positions to the "Y" 6 and adjust the percentage of each motor according to it's function.
The cure for an uneven hexa that may not be perfect but works. In the new Mission planner 1.2.44 yo can set up a hexacopter then choose the "V" frame instead of "X" or "T". It is not perfect but it works. I would rather see the motor pecentages to get a more precise motor adjustment but for now my Hexa "U" flies and is stable.
Glad that the hexa V sort of works. If it doesn't work well enough, I can send you to the forum where a complete solution resides.
I've been trying to lobby for direct access via MP to the pitch, roll, and yaw factors table, which would allow the control we custom copter builders need. If you get the chance please voice the need. The more we get, the better.
A side discussion - U versus H: Both U and H designs meet the needs of photography. So since you like to build custom stuff, here were my thoughts after a few months of tossing design options back and forth.
The advantage of a U over H (when both have an aspect ratio of 1) are: a slightly smaller footprint (the aft end motors tuck in a little closer and thus the width & length can be a bit less)
The advantage of a H over U are:
o symmetric opposites and fore/aft so the X becomes a close proxy (tested)
o ease of vibration isolation (2 motor boom versus in the U case of 6 arms)
o four parts and one deck versus the U six arms and two decks
o cross beams carry torsional loads so electronics platform (decks) can be lighter
o six arms in the U case versus two cross beams in the H case are continuous versus cut in the middle
o fewer parts to assemble and fewer attachments (24 for the U and 9 for the H) if made portable
o a slightly less frame and fewer bolts for less fixed load
o photo views out both ends (you can always yaw the U but yawing the gimbal may be more stable)
So if you get the creative juices and decide to build an H someday, let me know and I'll send you the excel worksheets and photos to help get you there, not that a guy like you needs any help but your input into the H design would be helpful.
While direct access via MP to the pitch, roll, and yaw factors table would be nice, it is not currently possible. Currently, the motor mount tables are hard coded in the source code. The motor mount tables would have to be re-written to accept either variables or read the settings from eeprom memory space. Then, the MP can set the said variables or eeprom memory space. So, the issue isn't an MP issue, but one of the source code not being configured for that type of access, and we now have to manually change the tables and recompile the firmware.
Wow. That would be great if that ever happened, but until it does ... I've read that with an Octa H, I can say I have an Octa V and that redirects the code to the add_motor_raw lines of code under Octa V. So I need to modify the parameters in those 8 lines of code. Before I do that, however, I have some questions (mostly procedures, not math) to which I've scoured this forum and the pirate forum to no avail. Might you be a patient person I can ask and get answers? I'm making an excel file for forum users to simplify the correct calculations for every type of configuration diydrones supports and would like to share that, but want to add explicit instructions which I don't have. Can you help me or know someone who would that is familiar with the Octa V nuances?
I can assist with the procedures needed to manually modify the source code. I've built a TBS Discovery type frame, and have hacked in my numbers to the AP_MotorsQuad.cpp library file. So far, so good ...
I've seen your spreadsheet, but haven't had the time to study it. Yes, there is a lack of concise information on how and what to do. There is a lot of conflicting information on how to arrive at the needed numbers, and also a lot of incomplete information.
Anyway, I'll help as I can.
Super. I'll do one question at a time spread out over time to not overload you. I'll incorporate your answers into the Excel document to explain the process.
Question 1 concerns configuration control of the compiled code. For a standard system, how is configuration controlled maintained for each copter. For example, the answer might be something like the following (please edit or start from scratch).
- MP does not detect the latest version of flight software. The user completely controls updates of flight software and should stay informed via periodic checks at xxx. If MP informs the user of an update, it is talking about an update to MP. [Conversely this might say ... MP auto detects for the latest version of flight software. It informs the user with a pop-up that says "An update of flight software is available." If it says "An update is available", this is referring to MP not flight software.]
- When you want to load the latest flight software, the common method is to run MP, go to the Firmware page (do not connect to your vehicle) and click on the picture of your vehicle. Mission Planner will auto-detect what kind of board you have, download the latest compiled code from the Internet, and then load the code to your APM board. (Note: MP also allows the compiling of previous or custom flight software). The compiled flight software code resides on your vehicle but not on your computer.
- It is not necessary to erase the firmware from the copter first nor is it necessary to erase the copter settings first that are transmitted when you connect to your copter.
- The code uploaded does not impact any of the previous settings found in the Configuration page of MP as long as the configuration chosen is the same as the previous configuration chosen. [Or conversely, after an update of the flight software, go to xxx to see which parameters can change.]
Anyway ... something like that. This will set the stage for the differences between normal and custom configuration control. Please point to a location if this is all ready explained.
Thanks Rick. I don't know how many custom folks there are out there, but once this is done, that percentage might increase.
I think we are getting off the topic of this thread, and your questions would be better handled offline. Send me a PM, and I'll send you back my email address.
contact me at email@example.com for the offline discussion


This is Ted ->
Ted has two oil fields, each of which has a heavy oil well and a light oil well. He also has two separators, one of which is rated for heavy oil and the other for light oil.
Ted would like a ProcessBook display that shows an oil field, its two wells, and attribute values for those two wells. He builds an asset hierarchy in AF where each field is the parent of the two wells in the field and builds an Element Relative Display with the field providing the context. Great! ->
He'd also like a ProcessBook display that shows each separator, the two wells feeding it, and the attribute values for the wells and compressors. That requires a hierarchy that looks like this:
To compound maters, his users would like all equipment units organized into a taxonomy to help them navigate in Coresight. They're asking for a hierarchy that looks like this:
How can Ted build these two different element relative displays and the hierarchy for Coresight, all of which require different views of the data, without having to copy all the elements and maintain their attributes in multiple places or build duplicate ProcessBook displays? ->
Obviously, this is a simplification of a real-life problem Zev is having.


You are given an integer $$$n$$$.

Your task is to build a string of uppercase Latin letters. There must be exactly $$$n$$$ special characters in this string. Let's call a character special if it is equal to exactly one of its neighbors.

For example, there are $$$6$$$ special characters in the AAABAACC string (at positions: $$$1$$$, $$$3$$$, $$$5$$$, $$$6$$$, $$$7$$$ and $$$8$$$).

Print any suitable string or report that there is no such string.


ߞߎ ߘߏ ߓߌ ߤߥߋߕߊߣߎ ߛߊߜ߳ߊ߫ߕߊ߫ ߊߟߐߊߖ߯ߊߣߘߌߣ
Ku do bi hwetanu Sakpata alo Azandin!
Greetings to All for this (celebration) time of the deity Sakpata and the Solstice
As we enter a new month, we are also blessed to be able to immediately honor and praise the great Ayixosu (king of the earth) Sakpata on the second solstice, which falls on our Dedagbe 2, 6260 (December 21, 2019 Gregorian year).
Sakpata is strictly a deity from the Aja culture (often called For people) of Southern Benin Republic associated with illnesses and healing. To clear up misinformation concerning Sakpata mavomavo, we say that Sakpata:
A) is not a Yoruba deity
B) is not the same as Babaluaiye/Sonponna of the Yoruba
C) is not primarily the deity of smallpox
D) does not cause smallpox in general
E) is not associated with end-of-the-year rituals
Sakpata is associated with the second solstice. During this time we invoke Sakpata to cleanse away various illnesses from our families and communities whether they be regular physical illnesses and/or physical illnesses that are the results of internal mental and spiritual illnesses. Sakpata, as a hùn of justice, also deals with moral illnesses. It should be noted that contrary to the primary misunderstanding by black americans in the Isese (“Ifa/Orisa”) tradition, Sakpata is not the same as the Yoruba Babaluaiye though they both share the same basic functions and characteristics. Secondly, contrary to the misunderstanding of the black american Isese “practitioners”, the ceremonies for Sakpata and Babluaiye are not associated with end of the year celebrations and definitely not in relation to the Gregorian calendar. The only people that associate Sakpata or Babaluaiye with “end of the year cleansing” are those in hwendo Máwùfenu (Afrikan culture) who still follow a European calendar and do not have a Máwùfenu calendar of their own – their year starting on the Gregorian January 1.
Anyone wishing to gain more clarity on the above can contact the Gànlɔdó Kilombonu Xotome (Gànlɔdó Maroon monarchy) and/or want to learn more about how to become a functioning family member – citizen of Gànlɔdó are free to contact us at email@example.com
Additionally, when one thinks of Sakapata as a deity concerned with health we think of paying attention to how we treat nature and our food. In relation to food, Ayinon (His Imperial Majesty) Axosu Agelogbagan Azasinkpontin Jisovi Agbovi’s latest book, The Kilombo Cookbook: Aja Foods and ReAfrikanization Diet, contains 160 pages of healthy Afrikan recipes from Southern Benin Republic. This is the first time anyone has produced a recipe book of food from the Aja people. Complete in full color, and unique in containing a glossary of over 300 words strictly related to food, this book is a must have in your process of ReAfrikanization.
ߛߊߜ߳ߊ߫ߕߊ߫߸ ߊߜߊ ߏ߸ ߛߌ߫ߛߌ߫ ߘߊߊ߫ߜߏ߫
ߊߕߏ߫ߕߏ߫ ߊߚߐ ߓߌ ߊߤ߯ߋߜߍߟߎ ߛߊߜ߳ߊ߫ߕߊ߫ ߙߏߕߏߤߎ߫ߣ ߊߕߏ߫ߕ߫


Data Scientist will be based inChennai
The Data Scientist will use analytics to identify areas of opportunity within Flex’s global teams to investigate those areas of opportunity and perform analytics that lead to recommended actions to solve the issues identified. This position will be exposed to different types of workforce challenges all over the world. This person will need to apply creativity and innovation to analyze and solve these challenges.
We are looking for someone who demonstrates:
- Intense collaboration
- Passionate customer focus
- Thoughtful, fast, disciplined execution
- Tenacious commitment to continuous improvement
- Relentless drive to win
Here is a glimpse of what you will do
- Engage various internal customers in understanding business problems, and see how data-driven decision making can improve them
- Based on business needs, develop a comprehensive plan for data collection, data analysis and implementation of results
- Consolidate and interpret data complex data from many sources, and present meaningful insights in a compelling way using the data driven solution workflow methodology– data preparation, modeling and deployment – predominantly using machine learning/deep learning
- Work on a broad range of problems in domains like Supply Chain, Manufacturing, Finance, HR, etc.
- Work across teams to help industrialize solutions that can deliver considerable value by providing actionable insights.
Here is some of what you will need (required)
- Overall experience of 5+ years and relevant to Data Science should be 3+ years
- Strong Python is a must (3-5 years of experience).
- Experience with AWS and cloud computing (i.e. Azure, Google) (certifications are a plus)
- Designs, creates, tests and implements complex models and algorithms that drive analytical solutions throughout the organization
- Regularly tests and maintains analytical models to improve efficiency and keep up with changing business needs, ensuring timely analysis and testing for regular maintenance of solutions over time
- Must Have solid exposure predictive modelling using Machine Learning, Deep learning, Computer Vision and other techniques
- Must Have exposure in dealing with Large Datasets on how to handle them.
- Must Have good Business Acumen and problem-solving skills
- Must Have knowledge of SQL and No SQL databases
- Must have an Advanced Degree in Engineering, Computer Science or Mathematics or a combination of experience and training
Here are a few of our preferred experiences
- Exposure to reporting tool like Tableau, BO, Microstrategy, Spotfire etc.
- Microsoft Azure or AWS cloud understanding
- Understanding of Supply Chain, Enterprise Manufacturing Solutions
- Proven expertise in solutions that are deployed at scale