Python package provides powerful tools for creating and managing Ideal Flow Networks (IFN). An Ideal Flow Network is a strongly connected network where the flows are balanced.

🪗 Dynamic congestion-based concurrency limits for controlling backpressure

Simulates TCP congestion control algorithms

PCOM (Communication Networks) project in C++

A fork of PowerTCP's evaluation code, with some improvements

Congestion control using deep reinforcement learning with ns3

Multiagent hybrid simulator of road traffic in Qt/C++ and OpenStreetMap.

Laboratorio 3 de la materia de Redes y Sistemas Distribuidos de la Licenciatura en Ciencias de la Computación de FAMAF (UNC)

Reliable file transfer using unreliable User Datagram protocol

Pantheon of Congestion Control

High Precision Congestion Control (HPCC) implementing multiple variants of Inband Network Telemetry (INT)

An analysis of TCP congestion control algorithms including Newreno, Tahoe and Vegas in NS2.

Optimized throughput/rtt in isolated client based CCA's. Servers treated as a black-box

Reinforcement Learning environment for Congestion Control with ContainerNet

A Python tool designed to analyze TCP flows in PCAP files. It identifies and characterizes TCP connections, tracks congestion window sizes, and detects retransmissions caused by triple duplicate ACKs and timeouts.

road traffic density congestion control based on simple traffic signal controller.

Project on Computer Networks

A Congestion Control Protocol - TCP NewRenoPlus, and implementation and Simulation of a variable cached P2P network

This repository contains my solutions to the assignments of the course CSE-322 provide by BUET CSE Department.

Socket programming, wireless LAN simulation, network routing protocols, TCP congestion control algorithms.