Victor Kuo

The University of Sydney, Australian Centre for Robotic Vision

Papers

Total Citations

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About

Victor Kuo’s research centers on scalable communication architectures for self-reconfiguring modular robots—a field where reliable inter-module data exchange is critical for decentralized control and large-scale deployment. His major contributions address the fundamental challenge of achieving robust, neighbor-to-neighbor communication despite module misalignment and hardware constraints. Kuo pioneered a multi-radio wireless architecture that replaces traditional infrared and hardwired systems, which are often complex and prone to unrecoverable errors. His most-cited work, “Scalable multi-radio communication in modular robots” (2013, 8 citations), demonstrates a practical solution for scaling communication in modular robot swarms. Earlier foundational papers, including “A multi-radio architecture for neighbor-to-neighbor communication in modular robots” (2011, 4 citations) and “Towards A Parallel Wireless Radio Communication Architecture for Modular Robots” (2009, 4 citations), established the theoretical and design principles for this approach. Though his citation counts are modest, Kuo’s work is notable for addressing a persistent bottleneck in modular robotics—enabling reliable, parallel wireless links that tolerate physical misalignment. His research provides a critical stepping stone for future large-scale implementations, making him a key contributor to the infrastructure of self-reconfiguring robotic systems.