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Ppo LunarLander V2

Developed by sb3
This is a reinforcement learning model based on the PPO algorithm, specifically designed to solve the landing task in the LunarLander-v2 environment.
Downloads 73
Release Time : 6/2/2022

Model Overview

The model is trained using the Proximal Policy Optimization (PPO) algorithm and can learn how to safely control a lunar lander in the LunarLander-v2 simulation environment.

Model Features

Stable Training
Uses the PPO algorithm to ensure training stability
Efficient Learning
Accelerates the training process through 16 parallel environments
Optimized Hyperparameters
Uses optimized hyperparameter configurations

Model Capabilities

Continuous Action Space Control
Reinforcement Learning Task Solving
Simulation Environment Interaction

Use Cases

Educational Demonstration
Reinforcement Learning Teaching
Used to demonstrate the application of reinforcement learning algorithms in real-world problems
Students can intuitively understand how the PPO algorithm works
Algorithm Research
Reinforcement Learning Algorithm Comparison
Serves as a benchmark model for comparing the performance of different reinforcement learning algorithms
Average reward 233.56 +/- 53.89
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