AI Being Applied To Optimize Electric Battery Recharging Computer Science |
- AI Being Applied To Optimize Electric Battery Recharging
- Is there any good literature to learn to implement BigInteger?
- Exploring Facebook's physical network
- Programming real time 3D reconstruction with C++
- Do you have a favorite distributed system?
- Dragon Book 1st or 2nd Edition?
| AI Being Applied To Optimize Electric Battery Recharging Posted: 02 Mar 2020 03:11 AM PST |
| Is there any good literature to learn to implement BigInteger? Posted: 02 Mar 2020 04:06 AM PST I want to implement a BigInteger class myself, but find little documentation in best practices or useful algorithms. I was wondering if someone could give me some sources where I can learn more? I've combed the C# and Java implementation and it seems they make advanced use of an int[] array. I was wondering if I could store the BigInteger as a bit array instead? [link] [comments]  |
| Exploring Facebook's physical network Posted: 01 Mar 2020 09:42 AM PST |
| Programming real time 3D reconstruction with C++ Posted: 01 Mar 2020 08:33 PM PST Hey guys! I recently wrote an article on an overview of a famous 3D reconstruction algorithm KinectFusion and how to implement it in C++. Hope you guys can check it out! Link: [link] [comments]  |
| Do you have a favorite distributed system? Posted: 01 Mar 2020 07:27 AM PST Spanner has always impressed me for the timing system they developed. [link] [comments]  |
| Dragon Book 1st or 2nd Edition? Posted: 02 Mar 2020 12:19 AM PST I want to start learning about compilers so I've decided to acquire the Dragon Book. Someone is selling me the 1st Edition (Red Dragon) for very cheap. I'm wondering if I should get the 1st edition over the newer 2nd edition (Purple Dragon) because the price difference is huge. Is there much of a difference between the Red Dragon book and Purple Dragon book? Or are the fundamental concepts the same in both? I'm not convinced that I should spend the extra money for the newer edition. My goal is to takeaway a solid foundation for how compilers work. I (currently) have no plans to design a modern compiler. Thoughts? [link] [comments]  |
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