Robbie King

California University of Pennsylvania, University of Pennsylvania

Papers

Total Citations

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About

Robbie King is a pioneer in distributed real-time systems for robotics, with foundational contributions that have shaped how multisensor robots achieve predictable, time-critical performance. His research centers on real-time kernel design, interprocess communication, and the integration of sensor data in distributed robotic architectures. King's most influential work, "A predictable real-time kernel for distributed multisensor systems" (1989, 23 citations), introduced a kernel that guarantees bounded worst-case execution times—a critical innovation for ensuring timing constraints in complex robotic environments. This work laid the groundwork for predictable scheduling in systems where sensor fusion and actuator control must occur under strict deadlines. He later advanced these ideas with "Timix: a distributed real-time kernel for multi-sensor robots" (2003, 9 citations), which presented a hierarchical communication structure and a generic device interaction framework, enabling more flexible and scalable robot control. Though his citation counts are modest, King's contributions are seminal in the niche of real-time robotics, directly influencing later developments in autonomous systems and cyber-physical integration. His work remains a touchstone for engineers building reliable, time-aware robotic platforms.