Is machine learning from Stanford/Coursera build a good idea on data science? Computer Science |
- Is machine learning from Stanford/Coursera build a good idea on data science?
- Ilan Komargodski, Ph.D., NTT Researcher in their Cryptography & Information Security Lab, talking about his work in designing new cryptographic protocols for secure cloud computation
- Do I have to pay for the certificate for machine learning by Professor Ng?
- Measuring Order in Thermodynamics Using A.I.
- Most popular programming languages 2020 For Better Future
- [R] DeepMind’s AlignNet Learns Stable Object Representations Across Time
- What would happen if we close StackOverflow for 1 day?
- EU / Canadian Master Degree
- Can software map out the transistor/logic architecture it is running on?
- Why would local symbols be in GOT?
- Learn to code in 100 days - a comprehensive guide
Is machine learning from Stanford/Coursera build a good idea on data science? Posted: 24 Jul 2020 08:32 PM PDT First, sorry if this is the wrong subreddit. I'm interested in learning both machine learning and data science and I wanted to find out if this course builds a good foundation on both of those? Also, are there any math prereqs like calculus or anything? Thanks [link] [comments] |
Posted: 24 Jul 2020 04:39 AM PDT |
Do I have to pay for the certificate for machine learning by Professor Ng? Posted: 24 Jul 2020 09:10 PM PDT I also completed cs50 on edx, and they said you need to pay for a certificate but then Harvard gave me a free one at the end. Is this the same case for Coursera, or do I have to pay to get a certificate? [link] [comments] |
Measuring Order in Thermodynamics Using A.I. Posted: 24 Jul 2020 04:56 PM PDT In this article, I'll present a method for measuring how ordered a thermodynamic system is, using a combination of techniques from deep learning and information theory. Specifically, I'll demonstrate how these techniques can correctly identify the fact that an expanding gas has a progression of states, thereby generating an actual, measurable mathematical order as the gas expands, whereas a stationary gas is essentially unordered, in that any microstate of the gas could in theory appear at any point in time. Code and Explainer: https://derivativedribble.wordpress.com/2020/07/24/measuring-order-in-thermodynamics-using-a-i/ [link] [comments] |
Most popular programming languages 2020 For Better Future Posted: 25 Jul 2020 01:19 AM PDT |
[R] DeepMind’s AlignNet Learns Stable Object Representations Across Time Posted: 24 Jul 2020 02:20 PM PDT New research from UK based AI company and research lab DeepMind is enabling AI agents to perceive dynamic real-world environments more like humans do. The work deals with aligning observed entities across time-steps in both fully observable and partially observable environments and is introduced in the paper AlignNet: Unsupervised Entity Alignment. Here is a quick read: DeepMind's AlignNet Learns Stable Object Representations Across Time The paper AlignNet: Unsupervised Entity Alignment is on arXiv. [link] [comments] |
What would happen if we close StackOverflow for 1 day? Posted: 25 Jul 2020 12:34 AM PDT |
Posted: 24 Jul 2020 08:33 AM PDT Hello, I am a CS 4th year undergrad in a "satellite" school of a top 3 Canadian university (emphasis on satellite because Canadian Universities care about this). I'll be graduating in 2021 What kind CS schools that I could aim for in Canada ?. I guess top CS school (UofT, waterloo, UBC Vancouver) is out of reach and I could always go back to my school for masters. Also what kind of school I could expect if I choose to go to Europe or US ? Experience:
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Can software map out the transistor/logic architecture it is running on? Posted: 24 Jul 2020 01:53 PM PDT (I am not speaking of hardware self-identifying/reporting such as to an OS...) Would it be possible for a program to determine the transistor and logic architecture of the very CPU it is running on, so as to map out its own hardware in detail? (Would the answer change if there could be additional sensors on the various registers?) I don't mean to ask whether it is feasible, but rather if it is regarded as an impossible separation. [link] [comments] |
Why would local symbols be in GOT? Posted: 24 Jul 2020 06:52 AM PDT So assume there's some C code that has something like: typedef void(*fptr)(); typedef struct { fptr f; } s; static void func() { return; } void populate(s* ss) { s->f = func; } I was looking at compiled objects generated by an older toolchain and saw what I expected, the populate function gets the address of 'func' via pc-relative relocations. I looked at objects generated on a new toolchain, inside populate it's using GOT relocations to derive the address of func. Why would the compiler do this? It seems like since the two functions reside in the same object the GOT would be overkill unless there's some loader that allows different functions to be placed an wholly different memory segments? I'm just a little confused as to why use GOT when it could have costs associated with it. [link] [comments] |
Learn to code in 100 days - a comprehensive guide Posted: 24 Jul 2020 11:10 AM PDT |
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