Yuh-Shyang Wang

Papers

Total Citations

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About

Yuh-Shyang Wang’s research centers on the intersection of robotics, artificial intelligence, and systems engineering, with a particular focus on ensuring stability and reliability in autonomous goal-seeking operations. His most notable contribution, outlined in his 2016 paper “Towards Architecture-wide Analysis, Verification, and Validation for Total System Stability During Goal-Seeking Space Robotics Operations,” pioneers a framework for analyzing the stability of entire modular robotic architectures. Specifically, Wang addresses the challenge of integrating a three-tier (3T) layer system—where high-level symbolic, deterministic planning coordinates with lower-level execution—to maintain total system stability during complex space missions. This work lays foundational groundwork for verification and validation of autonomous systems, a critical need as robotics ventures into unpredictable environments. While his citation count (2) reflects the early-stage nature of this research, its conceptual depth positions it as a stepping stone for future studies in robust, architecture-wide stability analysis. Wang’s approach is particularly valuable for students and researchers exploring how to bridge high-level planning with real-world robotic control, offering a systematic lens for designing resilient autonomous systems in aerospace and beyond.