Sem 3 Elective | PUCSD | SPPU | x-86 Low Level Assembly Programs | NASM | gcc |

⚡️ A hyper-efficient implementation for log2(x) calculations on a Raspberry Pi 4 B 8GB with a Broadcom BCM2711 SoC (1.8 GHz 64-bit quad-core ARM Cortex-A72, 1 MB L2 cache). Achieved 43% improvement across 5 key metrics: page faults, branch misses, ASM length, cycles, and instructions.

This repository contains an assembly program written in AT&T syntax called FPU-Analyzer. The program analyzes a series of floating-point numbers and calculates their sum and average.

System Programming, Assignment 1, Part 2.

A Forth interpreter for ARM.

encrypt/decrypt caesar ciphers with x86 Assembly

Simple shell script used to create i686-elf cross-compiler

A "Hello World" example in x86-64 assembly for macOS

A simple implementation of the famous Towers of Hanoi game.

Simple C program assembled on Debian and Macos, with deep dive into Assembly code

It does what it says

A quick mess around with avr-as (gcc) and loading a wave table.

OSDev in CLion with a GCC Toolchain

Esse é um breve tutorial de como instalar o GCC para permitir compilação cruzada (cross-compiling) a fim de gerar códigos assembly para mais de um processador alvo.

Learn Assembly to create Bootloader

Лабораторные работы по дисциплине "ЭВМ и ПУ" 3 семестра ФИТ НГУ.

Getting started with ARM using OpenOCD and the BusPirate

This project is an advanced calculator written in x64 assembly for Windows. It supports both integer and floating-point operations, including addition, subtraction, multiplication, division, exponentiation, modulus, and trigonometric functions.

System Programming, Assignment 1, Part 1.

This repository showcases x86 assembly programs developed using NASM and GCC, as part of coursework undertaken at the Pune University Computer Science Department (PUCSD). Additionally, the repository includes informative notes in PDF format, providing valuable insights into the concepts explored during the course