ICRA

CADENCE: Predicting Realized MAPF Execution Time Beyond Sum of Costs

CADENCE：预测实际MAPF执行时间超越成本总和

Abhishek Seetharamu, Badrikanath Praharaj, Sreeram MV

机构 * University of California, Berkeley（加州大学伯克利分校） 纠错

AI总结 提出CADENCE框架，通过分析原始运动负担和交互感知协调特征，发现原始运动负担能显著提高多智能体路径规划执行时间的预测精度，超越传统成本总和指标。

Comments 7 pages, 4 figures, 3 tables and this paper was accepted at Multi-Agent Robotic Systems: Real-World Collaboration and Interaction a workshop at the international conference of robotics and automation (ICRA 2026)

Coverage Path Planning for Holonomic UAVs via Uniaxial-Feasible, Gap-Severity Guided Decomposition

通过单轴可行、间隙严重性引导分解的完整无人机覆盖路径规划

Pedro Antonio Alarcon Granadeno, Jane Cleland-Huang

机构 * University of Notre Dame（内布拉斯加大学） 纠错

AI总结 针对完整无人机在应急响应中覆盖路径规划面临的问题，提出用递归双轴单调性标准及累积间隙严重性度量引导切割的分解策略，搭配全局优化器，降低路径长度和完成时间开销，优于其他15种CPP管道。

Comments Accepted to IEEE International Conference on Robotics and Automation (ICRA 2026)