The intelligent knee prosthesis is capable of human-like bionic lower limb control through advanced control systems and artificial intelligence algorithms that will potentially minimize gait limitations for above-knee amputees and facilitate their reintegration into society.In this paper,we sum up the control strategies corresponding to the prevailing control objectives(position and impedance)of the current intelligent knee prosthesis.Although these control strategies have been successfully implemented and validated in relevant experiments,the existing deficiencies still fail to achieve optimal performance of the controllers,which complicates the definition of a standard control method.Before a mature control system can be developed,it is more important to realize the full potential for the control strategy,which requires upgrading and refining the relevant key technologies based on the existing control methods.For this reason,we discuss potential areas for improvement of the prosthetic control system based on the summarized control strategies,including intent recognition,sensor system,prosthetic evaluation,and parameter optimization algorithms,providing future directions toward optimizing control strategies for the next generation of intelligent knee prostheses.

Linrong Li;Xiaoming Wang;Qiaoling Meng;Changlong Chen;Jie Sun;Hongliu Yu

Institute of Rehabilitation Engineering and Technology,University of Shanghai for Science and Technology,No.516,Jungong Road,Yangpu District,Shanghai 200093,China;Shanghai Engineering Research Center of Assistive Devices,Shanghai 200093,China;Key Laboratory of Neural-Functional Information and Rehabilitation Engineering of the Ministry of Civil Affairs,Shanghai 200093,China

仿生工程学报（英文版）

[1]Linrong Li;Xiaoming Wang;Qiaoling Meng;Changlong Chen;Jie Sun;Hongliu Yu-.Intelligent Knee Prostheses:A Systematic Review of Control Strategies)[J].仿生工程学报（英文版）,2022(05):1242-1260

Prostheses,reintegration

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