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Overview
Welcome to our Project: Intercontinental Teleoperation (An Ultra-Remote Telerobotic System)
Citation:
This work has been submmited to The 16th International Conference on Intelligent Robotics and Applications.
Abstract:
We present a novel cloud-based human-robot motion mapping framework for ultra-remote teleoperation. An intuitive dual-arm human-robot motion mapping framework based on capturing human motion has been implemented, and a private network connectivity is established using the Google cloud platform for efficient transfer of control data required for human-robot motion mapping. To demonstrate the feasibility of the proposed approach, an intercontinental teleoperation system between China and Sweden was developed, and a series of practical applications were demonstrated by capturing the motion of operator in Sweden to control the dual-arm robot located over 7800KM away in China .
Contact:
Honghao Lv (lvhonghao [at] zju.edu.cn)
Demonstration between China and Sweden:
Task1:
Workpiece insertion
The robotic left arm and the right arm in China are controlled by the operator in Sweden to finish the insertion assembly task.
View 1 (GoPro View in Sweden) | View 2 (Screen Recording View) |
Task2:
Auscultation
The robotic hand with the Doppler Ultrasound Stethoscope in China are controlled by the operator in Sweden to finish the remote auscultation task.
View 1 (GoPro View in Sweden) | View 2 (Screen Recording View) |
Task3:
Vibration feedback
The operator in Sweden can feel the vibration states, thereby gaining insight into the on-site robot’s motion and collision conditions.
View (Screen Recording View) |