SungChan Park

Pohang University of Science and Technology

Papers

Total Citations

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About

SungChan Park has made foundational contributions to real-time robotic vision, specializing in stereo vision systems that enable robots to perceive depth with speed and accuracy. His most cited work, "Real-time Architecture of Stereo Vision for Robot Eye" (2006), introduces a compact, low-cost hardware architecture that performs high-speed rectification and real-time stereo matching using a global matching method and parallel processing. This design allows for high-quality depth perception while remaining embeddable in larger robotic systems—a critical advance for autonomous navigation and manipulation. With 4 citations, this paper underscores Park’s focus on bridging algorithmic efficiency with practical hardware constraints. His research addresses key challenges in robotic perception: achieving real-time performance without sacrificing depth accuracy, and miniaturizing vision systems for integration. Park’s contributions are particularly notable for advancing stereo vision from theoretical models to deployable, real-world solutions, impacting fields like autonomous robotics and intelligent systems. His work continues to influence engineers and researchers seeking efficient, embedded vision architectures for dynamic environments.