A program for hamming code encoding and error detection and correction for any n bit binary word

A set of inaudible sound data transmission experiments

💡 GUI Based Hamming Code app implemented using Socket Programming for Error detection at the network layer

A Java implementation of Error Detection in data link layer

Compression algorithms: Arithmetic, LZW, Run-length. Coding algorithms: Hamming, Repetition, Read-Muller

Application that reads a text file and generates another file which encodes the original one by generating errors in the bytes it contains. This is done by way of bitwise and bit-shift operations.

Hammer es una aplicación de línea de comandos escrita en Java 8 que codifica cualquier flujo de bytes a un fichero de acuerdo a un código Hamming ampliado (3, 2) sistemático, y luego permite decodificarlo, corrigiendo errores que pudiese haber.

Código Hamming

Implementation of hamming, cyclic redundancy, and parity tester algorithms to detect errors caused by noise or other deficiencies during transmission from the transmitter to the receiver.

Utilização do código de Hamming (código de detecção que permite a detecção de erro de um bit e também a localização do bit errado) em uma simulação de transmissão de dados.

Implementation of education project from JetBrains Academy. Project description: https://hyperskill.org/projects/58/stages/316/implement

One-bit error correction in data using Hamming code

Hamming coder

A project from JetBrains Academy.

This repository contains the source code to implement non-systematic Hamming Code to detect double-bit and correct single-bit errors in a data. These codes were written as part of my CSE320 final project.

This repository contains various implementations related to computer networking concepts and protocols.

Simulation of flow, error control and routing protocols of networking using socket programming in Java

Huffman and Hamming codification written in JAVA and C

An Application uses error-correcting code to encode a text file, simulate a random 1-bit error on each byte, and correct the errors using parity bits.