Free Machine learning course from google Computer Science |
- Free Machine learning course from google
- TSP algorithms
- Software for real time ocr from handheld camera
- How to input & output on emu8086
- Does anybody have any good learning resources to understand hoares triples and looping invariants?
- Newly discovered piece of technology that will change r/compsci forever.
- What process is possible (or better) to run on x86 CPUs but impossible (or worse) on ARM CPUs?
- Low-density Parity-check codes (New video by Art of the Problem)
- Anyone need help with technical interview prep for a software engineering role? Check them out!
- Speech to text
- Strings in C
Free Machine learning course from google Posted: 20 Nov 2018 05:21 AM PST |
Posted: 21 Nov 2018 02:39 AM PST Which is the best algorithm to solve Travelling Salesman Problem given 3 minute on one core ? Additional info: Distances are calculated with the euclidian distance, (and is planar) [link] [comments] |
Software for real time ocr from handheld camera Posted: 20 Nov 2018 12:50 PM PST For computer vision folks: is there any software out there that can ocr a page of text quickly (say <= 1s) from an unsteady (eg, handheld) video feed? [link] [comments] |
How to input & output on emu8086 Posted: 20 Nov 2018 02:00 PM PST I'm trying to learn how to input a string and recieve an output with a few adjustments (lowercase turned upper, etc) but I cant seem to find a video/pdf that helps me understand how the process works. Any ideas where to start [link] [comments] |
Does anybody have any good learning resources to understand hoares triples and looping invariants? Posted: 20 Nov 2018 05:47 AM PST |
Newly discovered piece of technology that will change r/compsci forever. Posted: 20 Nov 2018 06:51 PM PST |
What process is possible (or better) to run on x86 CPUs but impossible (or worse) on ARM CPUs? Posted: 20 Nov 2018 05:37 AM PST I'm a web & app developer so I don't know much about the low-level stuff happening under the hood. Sorry for the newbie question. So I just watched the iPad Pro 2018 benchmarks and I'm astonished that it got the same CPU performance as my i7 MBP 2018 while running a lot cooler and uses a lot less energy. So I dig a little bit into this topic. I found out that the A-series CPUs are beating Intel's on performance/watt values by a huge margin. From this, ignoring the fact that every x86 programs would need to be rewritten for the A-series CPUs, it felt like that ARM architecture is the future and generationally ahead than x86. But I felt that I might be wrong because there's a reason why ARM architecture wasn't used in laptops decades ago. So I did some googling to find out what's making x86 special & why we're not using ARM architecture for consumer laptops & desktops despite some of the biggest problems in laptops are heating and power consumption. From my research, what I understand is x86 instructions are longer, flexible, and a lot more complex while ARM instructions are a lot simpler and fixed. I don't really understand how would this translates to the higher level (application level). Does this mean that there's something that's can't be done on top of an ARM-based CPU (while possible on an x86-based CPU)? Or is there a lot of process that's much more efficient to be ran on top of x86-based CPU? [link] [comments] |
Low-density Parity-check codes (New video by Art of the Problem) Posted: 20 Nov 2018 07:27 AM PST |
Anyone need help with technical interview prep for a software engineering role? Check them out! Posted: 20 Nov 2018 10:33 AM PST |
Posted: 20 Nov 2018 09:12 AM PST Is there a way to detect text in audio by comparing audio to data set of letters( how they are pronounced)? [link] [comments] |
Posted: 20 Nov 2018 09:53 AM PST If your using a pointer for a string in a functions parameters, how would you call it in the main function [link] [comments] |
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