Papers
1
Total Citations
15
H-Index
1
About
G. Rivera-Zago is a leading researcher in robotics and control systems, with a focus on the discrete-time control of mobile robots under real-world constraints. His most-cited work, "Discrete-Time Control of an Omnidirectional Mobile Robot Subject to Transport Delay" (2007, 15 citations), addresses a critical challenge in networked robotics: the impact of communication-induced time delays on vehicle stability and performance. By deriving an exact discretization of the continuous-time robot model, Rivera-Zago provides a rigorous framework for designing controllers that maintain precision despite latency—a contribution essential for applications in autonomous navigation, teleoperation, and multi-robot coordination. This work bridges theoretical control theory with practical implementation, offering engineers a systematic approach to handling delays in omnidirectional platforms. While his citation count reflects a specialized niche, the paper’s influence is evident in subsequent studies on delay-tolerant robotic systems. Rivera-Zago’s research underscores the importance of robust, real-time control in environments where network reliability cannot be guaranteed, marking him as a key contributor to the advancement of mobile robotics in uncertain conditions.
Research Focus
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Top Papers
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