P vs NP explained with loops Computer Science |
- P vs NP explained with loops
- Seeking advice on submitting for Peer Review
- Learn Machine Learning from Scratch 2020
- Screen Recorder using Python
- Richard Hamming, famous for "Hamming Codes" and "Hamming Distance", on Research.
- X-post: Scientists discover higher order computational power in human cortical dendrites - demonstrating ability to do XOR gate like operations (which in traditional neural net models of neurons is assumed to required more than one neuron) - r/science
- Could someone ELI5 the relationship between XOR and convergence of nonlinearly separable functions?
- Want to start a computer science club at my school but don’t have much prior programming knowledge
- The Future of Scientific Research
- Building a Lie Detector for Images
| Posted: 15 Jan 2020 05:42 AM PST |
| Seeking advice on submitting for Peer Review Posted: 16 Jan 2020 04:21 AM PST So I have discovered a concept and am chasing it until I die a lonely starved death... But no matter! The idea is pretty simple, instead of Ternary (also known as 3 base, Trinary, and slanged as Quantum Computing by some), I have created the idea of having Ternary hold two separate languages. Those languages would be Binary and Combinations (A subclass of Combinatorics). Now I am having an incredibly hard time, sometimes due to trolls and other times due to me, getting a good way to describe my invention. It does work as it literally is just math, but explaining it is the part where everything breaks. So here is hoping that this much more written out Since I am asking for value I will hand out coins where appropriate. Abstract: An adjustment to Ternary where instead of a 3 base singular language it is instead read as two distinct languages, binary and combinations/combinatorics. The conceived idea stems from potential applications where dual languages are potentially required or a positive. The method uses n! / r! * (n - r)!, where n represents the number of items, and r represents the number of items being chosen at a time. but extends that with p = n and q = r where p stands for the given number of items still but r stands for the unused number of items. This gives us the formula n! / r! * (n-r)! + [p-q] In practice, Ternary would be merely 3^n in lieu of this formula but given the potential applications, the longer and more nuanced formula must stand. The author envisions a use where a method of data transmission includes two different types of modifications to transmission but is read together to form the final code for example. In the practical, the entire system would be seen electronically as 0, 1 and 2. Binary results would remain 0 and 1 where combinations would be seen as 2. The binary portion would be read as a separate entity, from left to right, where of course a positional bias would be given to the combinations. E.G 00, 01, 10, 11, 02, 20, 21, 12, and 22 would be representations of all possible outcomes of n=2 and for example, 112, 121, 211, 002, 020, 200 would be all examples where n = 3 and r = 1. By having the dual language structure we are not restricted to fixed n or r values so long as there is a reason for such. For example in encryption, it would benefit the software to have a minimum and maximum for n but allow the key to identify within the range while not limiting r except to be between 0 and n in value. In other circumstances having a firm and required exact value to n would be more of a benefit. In this example, however, it would behoove to have either a maximum for r under n or allow r the full range from 0 to n. Protected by US Patents; US20190341076A1, US10121510B2, US9786318B2, and Patent Pending just ignore this part unless you really are going to try to confuse yourself and utterly and entirely distract from the aims of this post. [link] [comments]  |
| Learn Machine Learning from Scratch 2020 Posted: 16 Jan 2020 12:15 AM PST |
| Posted: 16 Jan 2020 02:51 AM PST Screen Recorder using Python Don't forget to Like, Share & Subscribe to the Channel In this video I have explained in detail about how you can make a screen recorder using python for Windows, Ubuntu & Mac systems It's a really good project for a experience with Python Code Link:- https://github.com/Arbazkhan4712/Screen-Recorder Share & Support [link] [comments]  |
| Richard Hamming, famous for "Hamming Codes" and "Hamming Distance", on Research. Posted: 15 Jan 2020 02:30 PM PST Hey everyone. I know this transcript makes its rounds from time to time on the science subreddits but I thought it is worth posting here as well since it is relevant to computer science. I read this transcript from time to time when I need it. Just wanted to share it with you all in case you haven't seen it. If you don't have time to read through the whole transcript I have the most salient points (to me) TLDR style on my blog. Hope you find it helpful. [link] [comments]  |
| Posted: 15 Jan 2020 10:03 AM PST |
| Could someone ELI5 the relationship between XOR and convergence of nonlinearly separable functions? Posted: 15 Jan 2020 02:53 PM PST There was a paper recently published that showed human neurons can do XOR, whereby it was thought only networks of 2 or more layers could do so and thus 1 neuron can converge on nonlinearly separable functions. Why is XOR intrinsically linked? [link] [comments]  |
| Want to start a computer science club at my school but don’t have much prior programming knowledge Posted: 15 Jan 2020 06:36 AM PST Been wanting to start a csc at my school for awhile and finally starting to get the proper approval. As the title says, I have minimal programming language experience. (Read a bit on python up to functions and minimal java knowledge) Think it would be cool if I could learn alongside some of my friends but don't know where to start. Few things I'm worried about like trying to make to club fun so people don't leave, resources to use to learn, and how I'm going to introduce the club for first meeting. Would be really appreciated if I can get some advice [link] [comments]  |
| The Future of Scientific Research Posted: 15 Jan 2020 02:30 PM PST |
| Building a Lie Detector for Images Posted: 15 Jan 2020 01:28 PM PST |
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