Ergonomic Design of Precise Percutaneous Robot for Substantial Organs Based on JACK Simulation
Author:
Affiliation:
1. Beijing Institute of Technology,School of Design & Arts,Beijing,China
2. Beijing Institute of Technology,School of Arts,Beijing,China
3. HuangShan University,School of Arts,HuangShan,China
Publisher
IEEE
Link
http://xplorestaging.ieee.org/ielx7/10538469/10538471/10538832.pdf?arnumber=10538832
Reference15 articles.
1. Structure synthesis of surgical robot orienting to minimally invasive surgery;Liu;Robot,2003
2. 2L-MC 3: A Two-Layer Multi-Community-Cloud/Cloudlet Social Collaborative Paradigm for Mobile Edge Computing
3. Research progress on sedentary behavior self - report measurement tools for specific occupational groups;Du;Nursing Research,2022
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