Well, damn! Computer Science |
- Well, damn!
- Leslie Lamport Thinks Your Code Is Bad: "Lamport says we should describe our algorithms not with code – real or pseudo – but with mathematics."
- Control Theory: poles/zeros assignment in linear systems on sliding hypersurface
- [Survey] Duplicates in code documentation?
- Using Information Theory to Explain Time-Dilation
- Are there any keyboard programs (please forgive terminology ignorance) that do not record strikes?
- College and a CompSci education
- Using Information Theory to Compare Images
- In a CPU pipeline of 5,10,20 stages, how can new instructions be filling in and crunching an answer before it's even calculated the final result of the first instruction? Does it just hope it guessed right?
- Superstars, simulated
- Georgia Tech & Google Brain’s GAN Lab Visualizes Model Training in Browsers
- Question about Byzantine fault tolerance
- Is Turing's halting problem "relative" to the hardware used? Or is it "universal"?
- The Computer Industry is stuck in the 1950s
- The Complete Guide to Learn Advanced Artificial Intelligence
| Posted: 26 Sep 2018 05:50 AM PDT |
| Posted: 27 Sep 2018 03:09 AM PDT |
| Control Theory: poles/zeros assignment in linear systems on sliding hypersurface Posted: 27 Sep 2018 02:41 AM PDT |
| [Survey] Duplicates in code documentation? Posted: 27 Sep 2018 02:18 AM PDT We are a research team that works on Software Engineering at Bordeaux University, France. We are conducting a research on duplicates in code documentation. If you'd like to participate to our study just fill this short form (5min max): https://docs.google.com/forms/d/e/1FAIpQLSd-ZVfFyzu9Nxws6KsxaSsCp0caeuhkdzBvXxitOyTpI7pTOQ/viewform You can also share your thoughts here with us ! Thank you ! [link] [comments]  |
| Using Information Theory to Explain Time-Dilation Posted: 27 Sep 2018 01:55 AM PDT Hi All, I've been conducting research on what are (hopefully) novel applications of information theory and computer theory to physics and image recognition. I shared the image recognition algorithms that I came up with on this subreddit, which seemed quite popular, so I thought I'd also share the model of physics I came up with that is rooted in the same ideas. The core concept is that elementary particles are discrete, combinatorial objects, that contain a finite amount of information (i.e., the information that describes their properties, like charge, mass, etc). I then show that if we assume that energy and information are proportional to each other, then with some technical assumptions, the model produces the same equations for time-dilation as the special and general theories of relativity. Though the subject matter of the paper is technically physics, it is really a paper on discrete mathematics, information theory, and computer theory, and so I thought it would be interesting to this crowd. Link: https://www.researchgate.net/publication/323684258_A_Computational_Model_of_Time-Dilation [link] [comments]  |
| Are there any keyboard programs (please forgive terminology ignorance) that do not record strikes? Posted: 26 Sep 2018 11:48 PM PDT |
| College and a CompSci education Posted: 26 Sep 2018 05:10 PM PDT I am applying to college in the next month and I was thinking I wanted to go into business, however I recently decided that computer science is a much better fit for me so I have a few questions.
[link] [comments]  |
| Using Information Theory to Compare Images Posted: 26 Sep 2018 05:05 AM PDT Hi All, Thought I would share an algorithm I've come up with that uses information theory to compare images, since the initial results suggest that it works quite well. Just like a related algorithm for feature extraction (post here), this algorithm does not make use of any machine learning or other statistical techniques, but is instead entirely deterministic. I believe that the complexity is O (N1*N2), where N1 and N2 are the respective number of pixels in each image, but I have not confirmed this. Here's a link to my blog post that explains the algorithm, provides examples, and contains the code for the algorithm (written in Octave): https://www.researchgate.net/project/Information-Theory-16/ EDIT: I've received a comment saying you need to be logged into researchgate to see my post / download the code, so just in case, here's a copy of the post on my personal blog: https://derivativedribble.wordpress.com/2018/09/26/using-information-theory-to-process-images/ [link] [comments]  |
| Posted: 26 Sep 2018 04:15 PM PDT |
| Posted: 26 Sep 2018 02:06 PM PDT |
| Georgia Tech & Google Brain’s GAN Lab Visualizes Model Training in Browsers Posted: 26 Sep 2018 10:17 AM PDT |
| Question about Byzantine fault tolerance Posted: 26 Sep 2018 08:32 AM PDT I'm looking through this presentation on Byzantine fault tolerance and I found a statement that I don't understand. On page 28 it says this: If n is not evenly divisible by 3, we increase it by 1 or 2 to ensure that n is a multiple of 3 How is this allowed? Won't adding processors change how this all acts? [link] [comments]  |
| Is Turing's halting problem "relative" to the hardware used? Or is it "universal"? Posted: 26 Sep 2018 06:45 AM PDT Is Turing's halting problem "relative" to the hardware used? Or is it "universal"? Particularly, e.g. does the context of halting problem depend on e.g. Von Neumann architecture? [link] [comments]  |
| The Computer Industry is stuck in the 1950s Posted: 26 Sep 2018 09:35 AM PDT |
| The Complete Guide to Learn Advanced Artificial Intelligence Posted: 26 Sep 2018 04:37 AM PDT |
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