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About

Pengcheng Yin is a robotics and rehabilitation engineering researcher whose work centers on the design, analysis, and control of lower limb rehabilitation robots. His research addresses a critical limitation in conventional rehabilitation systems — their restriction to simple flexion and extension movements — by developing innovative rigid-flexible hybrid robot architectures capable of performing more comprehensive joint motions, including adduction, abduction, internal rotation, and external rotation of the lower limbs. This broader range of motion holds significant promise for hemiplegic patients seeking complete functional recovery of lower limb joints, muscles, and nerves. Among his most notable contributions is his 2019 analysis of the dynamical stability of cable-driven lower limb rehabilitation robots, which has garnered 21 citations and stands as a foundational reference in the field. His 2018 work on man-machine motion planning further advanced the practical application of rigid-flexible hybrid systems, accumulating 11 citations. More recently, Yin extended his research into remote collaboration control of asymmetric rehabilitation robots, reflecting a growing interest in telemedicine applications. Collectively, his publications demonstrate a sustained commitment to expanding the therapeutic capabilities and clinical accessibility of rehabilitation robotics technology.