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GitHub - 0xhh/TinyE8: Ben Eater s 8 bit breadboard computer emulator in C++

Here are some screenshots: Instruction set - | 0000 - NOP > No Operation | 0001 - LDA > Load contents of a memory address XXXX into A register | 0010 - ADD > Load contents of a memory address XXXX into B register, then performs A+B and stores the result in A register | 0011 - SUB > Load contents of a memory address XXXX into B register, then performs A-B and stores the result in A register | 0100 - STA > Store contents of A register at memory address XXXX | 0101 - LDI > Load 4 bit immediate value into A register | 0110 - JMP > Unconditional jump: sets program counter to XXXX and executes from there

GitHub - dmytrostriletskyi/8-bit-computer-memory-init: Initialize the 8-bit computer memory with a program to be executed automatically on powering

Initialize the 8-bit computer memory with a program to be executed automatically on powering. - dmytrostriletskyi/8-bit-computer-memory-init

Rediscovering hamming code

Rediscovering Hamming code This will arguably be one of the more boring posts on the blog however I figured some keen eyes might extract something useful out of this, even if not technical. Note – if you would like take a closer look at the scratch project, you can find it here. It s a good book but we only get one chapter on hamming code (and four on digital filters); earlier chapters however are definitely word a read. Really and truly I hardly understood most it but I did love the narrative on learning, how to learn, and the story on how the hamming code was discovered.

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