There are 5 repositories under ddpg-algorithm topic.
Autonomous Navigation of UAV using Reinforcement Learning algorithms.
PyTorch implementations of algorithms from "Reinforcement Learning: An Introduction by Sutton and Barto", along with various RL research papers.
Implementation of the paper "Overcoming Exploration in Reinforcement Learning with Demonstrations" Nair et al. over the HER baselines from OpenAI
Chargym simulates the operation of an electric vehicle charging station (EVCS) considering random EV arrivals and departures within a day. This is a generalised environment for charging/discharging EVs under various disturbances (weather conditions, pricing models, stochastic arrival-departure EV times and stochastic Battery State of Charge (BOC) at arrival). This is an open source OpenAI Gym environment for the implementation of Reinforcement Learning (RL), Rule-based approaches (RB) and Intelligent Control (IC).
Repository for Planar Bipedal walking robot in Gazebo environment using Deep Deterministic Policy Gradient(DDPG) using TensorFlow.
Robot arm control using reinforcement learning algorithms : DDPG and TD3 with hindsight experience replay (HER)
Simulation based Soft Continuum Robot Control via Reinforcement Learning
This Repository contains a series of google colab notebooks which I created to help people dive into deep reinforcement learning.This notebooks contain both theory and implementation of different algorithms.
Implementation of the DDPG algorithm for Optimal Finance Trading
Train a reinforcement learning agent to play a variation of Pong®
PyTorch implementation of the Q-Learning Algorithm Normalized Advantage Function for continuous control problems + PER and N-step Method
Designing a control system to exploit model-free deep reinforcement learning algorithms to solve a real-world autonomous driving task of a small robot.
The project presents a drone obstacle avoidance system using Microsoft AirSim and the DDPG algorithm, training drones with LIDAR and depth sensors for improved real-time navigation. It compares the implementation of DDPG algorithm with different sensors and their combination.
Learning Continuous Control in Deep Reinforcement Learning
La combinación más inteligente de Deep Q-Learning, Políticas de Gradiente, Actor-Crítico y DDPG utilizando PyTorch
This repository implements the use of AI for robot tasks.
The objective is to teach robot to find and reach the target object in the minimum number of steps and using the shortest path and avoiding any obstacles such as humans, walls, etc usinf reinforcement learning algorithms.
An open-source hardware racing drone design and demonstration RL software for the artificial intelligence robotic drone race competitions
Implimenting DDPG Algorithm in Tensorflow-2.0
DDPG and D4PG Continuous Control
Apply Reinforcement Learning (RL) to enable prosthetics to calibrate with differences between humans and differences between walking environments
Controlling a 7 DOF manipulator from the panda gym reacher environment using DDPG
Teaching a quadcopter to fly using Reinforcement Learning (DDPG algorithm) in Pytorch
Deep Deterministic Policy Gradient
Tensorflow implementation of the DDPG algorithm
In this repo, I implement deep deterministic policy gradients and multi-agent deep deterministic poilicy gradients to solve the Tennis enironment (Unity ML-Agents)
Supply Chain Reinforcement Learning
Solve reacher (unity ml-agents) using deep deterministic policy gradients (DDPG)
RL Algorithms with examples in Python / Pytorch / Unity ML agents
This is how you teach a dumb bot to walk on two feet.
Learning to play tennis from scratch with AlphaGo Zero style self-play using DDPG
Learning to paint using Model-based Deep Reinforcement Learning
This repository contains an implementation of Deep Deterministic Policy Gradient (DDPG), a reinforcement learning algorithm designed for environments with continuous action spaces. It features actor-critic architecture, experience replay, and exploration strategies, and is tested on environments like MountainCarContinuous. More info on Medium blog!