SIMD-optimized hashing, checksums and CRCs.

Crypto projects in python, e.g. Attacks to Vigenere, RSA, Telnet Protocol, Hip Replacement , Vernam cipher, Crack Zip Files, Encryptions RC4, Steganography, Feistel cipher, Superincreasing Knapsac, Elliptic Curve Cryptography, Diffie Hellman & EDF.

Cyclic redundancy checker class

Python Codes for Error detection and correction are 2 Dimentional Parity Check (advanced LPC), Longitudinal parity check (LPC), Cyclic redundency check (CRC), simple parity, Check sum, Hamming Code etc

The repository hosts an ongoing project dedicated to the development of an implementation for the Advanced Encryption Standard (AES) 128-bit block cipher in UART communication. Please be advised that this project is currently in progress and subject to updates.

CAO/COA Algorithms

Implementation of error correction codes (ECC) in C++

"This repository focuses on implementing data link layer error detection codes. Providarious error detection techniques used in data communices methods for vations at the data link layer."

Physical and Data Link Layer funtionalities of the TCP/IP Model. Manchester Encoding, Cyclic Redundancy Check (CRC), Frame by Frame communication and plotting graphs by PyLab.

Computer Networks assignments using C

A Java implementation of Error Detection in data link layer

64-bit CRC (ISO 3309) checksum generator using python 3.x

Implementation of a Cyclic Redundancy Check in Java

Python code for checking CRC and Checksum for sender and receiver side

[Telecommunications] A Python package for cyclic redundancy check (CRC) using polynomial long division in GF(2).

Creating and analyzing interaction graphs based on boolean functions

Cyclic redundancy check in Rust

Cyclic redundancy check (CRC) encoder and decoder in Python.

Website and CLI for error detection with Cyclic Redundancy Checks

This repository contains the experiments that are covered in Computer Networks Lab.

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.

Implementation of a Cyclic Redundancy Check in Python using socket library

CRC Checker

file-system forensics

Cyclic Redundancy Check - Step-by-Step Division

This Repository is specially for the Computer Networks Programs. This contains both Java programs and NS2 programs used for networking.

Flow control refers to the transmission of data frames from sender to receiver. Error control refers to the transmission of error-free and reliable data frames.

This contains current and updated code of various projects

Different Computer Networks algorithms implementations.

The program represents the implementation of the CRC algorithm and was done in Visual Studio 2019 as a console application. A cyclic redundancy check (CRC) is an error-detecting code commonly used in digital networks and storage devices to detect accidental changes to raw data. CRCs are popular because they are simple to implement in binary hardware, easy to analyze mathematically, and particularly good at detecting common errors caused by noise in transmission channels.