binary-arithmetic

Common Lisp library for handling bit vectors, bit vector arithmetic, and type conversions.

DIY hardware calculator on AVR MCU ATmega328P written in assembly from scratch

Floating-point routines for AVR MCUs

The Binary Arithmetic Calculator is a sophisticated MATLAB application designed to perform various arithmetic operations in different number systems.

Programs implemented during lab sessions of course CSC403 i.e (Computer Organization & Architecture)

Custom implementation of binary-coded decimal (BCD) arithmetic

Course repository for ACSO (Computer Architecture & Operating Systems) at Escuela Colombiana de Ingeniería. Includes labs, projects, and scripts on digital logic, OS fundamentals, VM setup, process management, and binary arithmetic using Shell, Python, HDL, and MARIE.

BTI S01–S07 student kit · Romanian / British English · Year 1, Semester 1 · Number representations, error detection, Boolean logic and the BBS GitHub project.

Computer Systems and Logic course materials - 16 comprehensive Python projects covering signals, number systems, binary arithmetic, data representation, and communication protocols.

This is a program made in C++ that randomly generates 8-bit unsigned binary addition and subtraction problems.

Custom implementation of fixed-point arithmetic

Binary arithmetic and bit manipulation programs including two’s complement conversion, 16-bit addition, and rightmost bit reset implemented using low-level programming techniques.

Python examples demonstrating one's complement and two's complement arithmetic, including subtraction operations, overflow detection, and range calculations.

半加算器・全加算器で2進数の四則演算を解く過程を、光の信号が回路を伝う様子として可視化するインタラクティブビジュアライザ

Computer Organization & Architecture (COA) lab — C binary arithmetic (Booth, restoring/non-restoring division) + Intel 8085 assembly experiments. College lab & exam programs for engineering students.

Convert bases from bases 2 to 10 and do binary arithmetics(+, -, *).

Interactive Python demonstrations of binary addition and subtraction operations, overflow detection, and two's complement arithmetic with step-by-step visualizations.

This Project focuses on designing and implementing a simple binary calculator that performs addition, subtraction, and multiplication on two 2-bit binary numbers using basic logic gates . The main purpose is to understand how arithmetic operations can be implemented using digital logic circuits.