Intelligent Microrobotic Swarm in Unknown Environments
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Singapore, Singapore
PPO

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Intelligent Microrobotic Swarm in Unknown Environments

This repository contains code and pre-trained models for a reinforcement learning approach to navigating microrobotic swarms in unknown environments with dynamic obstacles. It implements a Proximal Policy Optimization (PPO) algorithm with a Transformer-based policy network, training agents to autonomously explore and avoid both static and moving obstacles. The system includes a training pipeline with parallel workers, configuration files, and deployment code for real-world control using a three-axis Helmholtz coil system and YOLOv5 object detection. The project targets microrobotics applications requiring intelligent swarm navigation under uncertainty.

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相关论文

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Autonomous navigation of intelligent microrobotic swarms in unknown environments

Xuanyu AnShengming LuoHaoyu ZhangQijun YangYuanbiao Ma8
Nature Machine Intelligence
2026
2026/6/22
Vol.8 No.6 p.955-968
Microrobotic swarms, through their collective and reconfigurable behaviours, can flexibly adapt to various targeted delivery and navigation tasks. However, achieving autonomous navigation and obstacle avoidance in unknown environments remains a challenge. Here we propose a reinforcement-learning-bas...
Applied physicsMechanical engineering
10.1038/S42256-026-01252-6
ISSN:2522-5839