Decentralized Deep Reinforcement Learning based Real-World Applicable Traffic Signal Optimization

dITC through RL Code Foundation

Analysis of modern network protocols designed to maintain data integrity and availability in adversarial environments.

SynapticGrid is an AI-driven system designed to make cities more efficient, sustainable, and livable by optimizing smart energy grids, waste management, and traffic flow through IoT sensors, real-time data processing, and reinforcement learning algorithms. The modular platform continuously learns and improves, helping urban environments

An open-source Python implementation and evaluation of the Priority Bidding Mechanism (PBM) for adaptive traffic signal control. This is an active collaboration between the Illinois Mathematics and Science Academy and Southern Illinois University, Carbondale.

This project uses reinforcement learning to optimize traffic signals, reducing congestion and improving flow through dynamic adjustments and simulation analysis.

DeepTrafficQ is a reinforcement learning-based traffic signal control system that uses Deep Q-Networks (DQN) to minimize vehicle waiting times at a 4-way intersection. By leveraging Q-learning with experience replay and a convolutional neural network (CNN), the agent dynamically adjusts traffic light phases to optimize traffic flow.

a prototype dashboard interface for the EV management via traffic and battery SoC, SoH optimisation

An intelligent traffic optimization system using Deep Reinforcement Learning (DQN & Actor-Critic) to control vehicle speed and lane changes for improved traffic flow and safety.

This project aims to reduce traffic congestion at the Sadahalli toll gate using Queuing Theory and Linear Programming. By analyzing traffic flow and optimizing lane allocation, it successfully cuts down waiting time and improves toll booth efficiency.

A Traffic Optimization system in C++ using a rudimentary ant colony optimization technique.

Analysis of modern network protocols designed to maintain data integrity and availability in adversarial environments.