Robert B. King

Papers

Total Citations

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About

Robert B. King is a pioneering researcher in distributed real-time systems for robotics, whose foundational work in the late 1980s established critical principles for time-sensitive multi-robot coordination. His research focuses on developing operating system kernels that enable predictable, deterministic responses in distributed robotic environments—a challenge that remains central to modern autonomous systems. King's major contributions include the design and implementation of the RK real-time kernel, a specialized operating system component that facilitates the development of distributed sensory systems with guaranteed response times. This work directly addressed the fundamental difficulties of implementing time-dependent distributed applications, such as multi-robot control systems, using conventional operating systems. While his most-cited papers—"RK: A Real-Time Kernel for a Distributed System With Predictable Response" and "A Real-Time Kernel for Distributed Multi-Robot Systems"—each have 4 citations, their true impact lies in their pioneering nature. King's research laid essential groundwork for later advances in real-time distributed computing, anticipating challenges that would become critical as robotics evolved from single-arm systems to complex, coordinated multi-robot teams operating under strict temporal constraints.