NavGround Learning is an open-source RL platform enabling researchers to train and evaluate multi-robot navigation policies. It offers modular environment definitions, policy architectures, and integration with Gym and Stable Baselines3 for path planning, obstacle avoidance, and social interactions in complex scenarios.
NavGround Learning is an open-source RL platform enabling researchers to train and evaluate multi-robot navigation policies. It offers modular environment definitions, policy architectures, and integration with Gym and Stable Baselines3 for path planning, obstacle avoidance, and social interactions in complex scenarios.
NavGround Learning provides a comprehensive toolkit for developing and benchmarking reinforcement learning agents in navigation tasks. It supports multi-agent simulation, collision modeling, and customizable sensors and actuators. Users can select from predefined policy templates or implement custom architectures, train with state-of-the-art RL algorithms, and visualize performance metrics. Its integration with OpenAI Gym and Stable Baselines3 simplifies experiment management, while built-in logging and visualization tools allow in-depth analysis of agent behavior and training dynamics.
Who will use NavGround Learning?
Robotics researchers
Reinforcement learning practitioners
Autonomous vehicle developers
Academic educators
How to use the NavGround Learning?
Step1: Install via pip (pip install navground-learning)
Step2: Define simulation environment in YAML or Python
Step3: Choose or customize a policy architecture
Step4: Configure training algorithm parameters
Step5: Run training script and monitor progress
Step6: Evaluate learned policy in simulation
Step7: Export policy for deployment
Platform
Linux
Mac
Windows
NavGround Learning's Core Features & Benefits
The Core Features
Multi-agent reinforcement learning simulation
Collision and obstacle modeling
Gym and Stable Baselines3 integration
Customizable policy architectures
Logging and visualization tools
The Benefits
Accelerates navigation policy development
Modular and extensible design
Supports large-scale multi-robot scenarios
Seamless integration with popular RL libraries
Open-source and community-driven
NavGround Learning's Main Use Cases & Applications
Autonomous mobile robot navigation research
Crowd and swarm behavior simulation
Benchmarking RL navigation algorithms
Development of collision-free path planning policies