Basic pytorch implementation of NAC/NALU from Neural Arithmetic Logic Units paper by trask et.al

MikroLeo project files (schematic, PCB, assembler, emulator/debugger, circuit simulation file, documentation, example of programs etc). MikroLeo is a 4-bit microcomputer developed mainly for educational purposes and distributed for free under open-source licenses.

8-bit combinational ALU built from scratch with 3,488 CMOS transistors (KiCad + SPICE + Logisim + 1.24M tests

A simple 32-bit Arithmetic Logic Unit (ALU) capable of performing arithmetic, logical, shift, and comparision operations

📘 A Arithmetic Logic Unit from college

This repository demonstrates an 8-bit Arithmetic Logic Unit (ALU) built using IoT components like a Raspberry Pi Pico, seven-segment displays, and SN74LS83N Adder ICs to perform binary addition.

SUTD ISTD 2020 Computation Structures Electronic Hardware 1D Project

18-bit processor implementation using Logisim

Educational 8-bit ALU built from first principles: ripple-carry adders, two's complement subtraction, and status flags (Zero, Negative, Overflow). Simulates how CPUs do integer arithmetic at the bit level.

Dataset for simulating Arithmetic Logic Unit

Logisim implementation of a custom 22-bit MIPS-like single-cycle datapath with control unit and a Python assembler that outputs Logisim ROM images.

This is a RISC ALU (arithmetic and logic unit) that performs all of the core computations dictated by the assembly language.

bitwise operation examples

Logic elements constructor

Design and simulation of a RISC-V ALU using Logisim, implementing core arithmetic and logic operations of a CPU.

A hardware adder/subtractor using 74LS83/74HC86 controlled by Arduino and Python