Phua Seong Hock

Monash University Malaysia, University of Selangor

Papers

Total Citations

H-Index

About

Phua Seong Hock is a robotics researcher whose work focuses on the intersection of humanoid robotics, behavior coordination, and autonomous systems. His primary research areas include motion synchronization, behavior-based control, and real-time decision-making for humanoid robots operating in dynamic environments. Phua’s major contributions lie in developing frameworks that enable humanoid robots to synchronize individual behaviors—such as walking, ball detection, and self-localization—into cohesive, goal-directed actions, particularly for applications like autonomous soccer playing. His 2015 and 2017 papers, which have garnered a combined 8 citations, introduce primitive rule-based systems that allow robots to efficiently process environmental cues (e.g., detecting the ball, goal, and teammates) and execute sense-think-act cycles with minimal latency. Notably, his work on depth estimation further enhances a robot’s spatial awareness, enabling more reliable navigation and interaction. While his citation counts are modest, Phua’s research is foundational for students and engineers exploring behavior synchronization in humanoid platforms, offering practical methodologies for integrating perception, planning, and motion control. His achievements include advancing the autonomy of humanoid robots in competitive scenarios, contributing to the broader goal of making robots more human-like in their coordination and responsiveness.