人机协同抛接球杂耍新突破：机器人连续接球纪录提升五倍
Jan_R_Peters · x · 2026-08-08
Researchers from TU Darmstadt and other institutions published a new study on human-robot partner juggling, accepted by IROS 2026.
- Challenge: Dynamic object exchange is difficult due to perception, timing, and contact-rich interaction uncertainties, requiring precise real-time coordination.
- Method: A real-time planning and control architecture integrating predictive tracking, adaptive online trajectory optimization (multiple-shooting), and state-machine logic.
- Results: In a user study with 8 participants, the system achieved synchronized three-ball cascades. All beat previous records within 10 minutes; one extended the record 5x to 20 catches, another achieved 40 consecutive catches with a 100% success rate.
所属事件:人机协作抛接球新突破：连击纪录提升五倍(2 条相关)→
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