大規模アセンブリのメイクスパン最適化のための協調マルチロボット分解計画
Coordinated Multi-Robot Disassembly for Makespan Optimization of Large-Scale Assemblies
複数ロボットによる分解作業を効率化するため、タスクと動作計画を統合したCoMuDiを提案し、時間制約の伝播とST-RRT*プランナーにより全体の完了時間を最小化する。
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著者: Niklas Hargus, Andreas Orthey, Marc Toussaint
分類: cs.RO
原文アブストラクト
Multi-robot task and motion planning for disassembly tasks requires robots to operate in confined workspaces while coordinating their motions with other robots. To tackle this problem, we propose a planning method called coordinated multi-robot disassembly (CoMuDi). CoMuDi coordinates a team of robots for disassembly tasks. The input is a team of robots, an assembly of objects, and a dependency graph. Based on this information, we create compound tasks for pick, place, and exit motions. By propagating temporal constraints, we ensure that each robot can start and end their tasks as early as possible while avoiding collisions with nearby robots. By integrating the space-time RRT* planner (ST-RRT*) into CoMuDi, we ensure that individual tasks minimize arrival time and thereby help us minimize overall makespan. We compare the performance of CoMuDi using both ST-RRT* and RRT* planners with varying time bounds, demonstrating that the combination of CoMuDi and ST-RRT* leads to a higher success rate while minimizing makespan. Finally, we evaluate CoMuDi on six assemblies with up to 49 pieces and up to 9 robots. In those scenarios, we show that CoMuDi returns robot paths that exhibit low idle times, thereby demonstrating that CoMuDi can reliably solve large-scale assemblies.
