Kind of reminds me of the atemoya https://en.m.wikipedia.org/wiki/Atemoya. Saw it for the first time visiting South America, and it reminded me of a mix between a banana and something citrus. One of the best fruits I’ve ever tasted.
I’ve recently gained an interest in computer architecture and systems programming in general after some high performance computing projects. Have been hearing about RISC-V from a distance, and am wondering if delving into it would be one of the best ways to satisfy this interest and gain some valuable knowledge/skills at the same time.
I use linux+i3 at work, but personally have a mac. The main thing stopping me from ditching the mac is how convenient it is to swap files/photos between the iphone and mac, whether it’s through icloud or airdrop. Perhaps a nice solution exists for transferring files between iphone and linux, but I haven’t found one.
This book was my introduction to OCaml, and I followed it concurrently with the Nand2Tetris course. Project 6 of Nand2Tetris [1] has you write an assembler for their hack computer, and OCaml seemed like a perfect fit. Chapter 10 of this book introduces you to parsing and lexing, and it was really fun following along while writing the hack assembler.
Do you know if any tutorial exists for SNES emulators? Haven’t been able to find one, and I’ve heard it’s a large step up in difficulty from a NES emulator.
I know that a parallel prefix algorithm [1] can be used to calculate fib(n), since we can use repeated matrix multiplications (a formulation appropriate for a prefix sum algorithm). The computation time can be O(n/p + log p), where p is the number of processors. However, I’m not sure what other approaches there are.