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Implementing Deep Reinforcement Learning Algorithms in Python for use in the MuJoCo Physics Simulator

Accepted by AROB 2021. For letting agents in traffic simulation behave more like humans, we propose a unified mechanism for agents learn to decide various accelerations on deep reinforcement learning and generate a traffic flow behaving variously to simulate the real traffic flow.

Implementation of RL Algorithms with PyTorch.

Applying A2C-algorithm (Reinforcement Learning) for the control of a DC-motor

A model describing how a car learns to control its acceleration by A2C_TD.

Implementing some RL algorithms (using PyTorch) on the CartPole environment by OpenAI.

Using the "Advantage Actor Critic(A2C)" Reinforcement Learning method, the 'Agent' is trained to play Atari's Breakout.

Implementation of the Advantage Actor-Critic (A2C) algorithm for training an agent to balance a pole in the CartPole environment using PyTorch and OpenAI Gym.

This repository displays the use of Reinforcement Learning, specifically QLearning, REINFORCE, and Actor Critic (A2C) methods to play CartPole-v0 of OpenAI Gym.

Personal sandbox project for testing reinforcement learning algorithms.

Solving the Atari Breakout environment using Stable Baselines

Using Imitation Learning for a Wordle agent

Advantage Actor-Critic (A2C) reinforcement learning algorithm to detect emerging trends in tweets. The RL agent learns to optimize actions (post, edit, delete) based on engagement metrics such as likes, retweets, and quotes.

Stable Baselines3

Custom implementations of RL algorithms that can solve complex tasks like Atari games