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Two-way Human-Robot Interaction in 5G Tele-operation

Wing-ting Law, Ki-sing Li, Kam-wah Fan, Wang-hon Ko, Tiande Mo, Chi-kin Poon

Year
2022
Citations
5

Abstract

The advancement in 5G technology has emerged as an enabler across a wide range of industries advancement in recent years, especially for those requiring low tolerance in latency for high-speed data transmission. With a primary focus on Human-Robot Interaction (HRI), this paper proposes an intuitive and user-friendly design on mobile robot tele-operation system to exploit 5G's advantages. Unlike traditional remote control with limited signal range and single-direction command control, our design demonstrates an interactive approach for 5G tele-operation, empowering an active and instant two-way interaction between pilots and robots with the aids of control, visual, audible, and haptic cues, to minimize incident rate.

Keywords

Computer scienceExploitEnablingRobotLatency (audio)Mobile robotHuman–computer interactionHuman–robot interactionLow latency (capital markets)Focus (optics)

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