Yansen Yang

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About

Yansen Yang is a robotics researcher specializing in legged locomotion and mechanical design, with a focus on quadruped robots and stair-climbing platforms. His work addresses critical challenges in gait planning, dynamic stability, and obstacle-crossing capabilities. Yang’s most cited paper, “Static Gait Planning of a Quadruped Robot with Four-Bar Shock Absorbing Mechanism” (2021, 3 citations), introduces a zero-impact static gait strategy to prevent rollover and ensure smooth walking in robots equipped with shock-absorbing linkages. In “CPG-Based Gait Control Method for Quadruped Robot Jumping Movement” (2021, 3 citations), he extends central pattern generator (CPG) control beyond static gaits to enable dynamic jumping, enhancing agility and flexibility—a notable advancement over conventional CPG applications. Additionally, his “Design of a Scissor Stair Climbing Robot” (2021, 2 citations) presents an innovative wheeled platform with a scissor mechanism for navigating stairs without modifying the omnidirectional chassis. With cumulative citations reflecting early-career impact, Yang’s contributions bridge mechanical innovation and bio-inspired control, offering practical solutions for real-world robotic mobility. His work is particularly relevant for researchers in field robotics, rehabilitation, and autonomous systems seeking robust locomotion in complex environments.