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About

Dang Van Chien is a robotics researcher whose work lies at the intersection of humanoid robot control, human-robot interaction, and robot ethics. His most cited research demonstrates a deep engagement with the core challenges of bipedal locomotion and posture generation. Notably, his 2014 paper on "Posture Optimization for a Humanoid Robot using Particle Swarm Optimization" (3 citations) tackles the complex inverse kinematics problem of generating stable, sophisticated postures—such as a single-leg stance to reach for an object—by applying a high-speed optimization technique, validated on a commercial humanoid platform. This work is complemented by his studies on sensory reflex control using FSR sensors for ZMP-based walking and on modifying biped walking patterns to express emotions, bridging technical control with affective computing. Beyond hardware and algorithms, Chien has also contributed to the societal governance of robotics. His 2019 paper on the "Making of South Korean robot ethics charter" (2 citations) provides a crucial overview of the 2018 Robot Ethics Charter, outlining design principles for safety and control of intelligent robots. This dual focus—advancing both the physical capabilities of humanoids and the ethical frameworks for their deployment—positions Chien as a researcher concerned with the holistic integration of robots into human life.