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Thomas E. Bihari is a pioneering researcher in the intersection of robotics, real-time control systems, and intelligent software architectures. His work focuses on developing robust, adaptable software frameworks for autonomous robotic vehicles and industrial control systems, with a particular emphasis on managing the temporal constraints of real-time operations. Bihari’s most influential contribution is his co-authored paper "Intelligent real-time control of robotic vehicles" (1991, 41 citations), which laid foundational principles for integrating AI with time-critical control in unstructured environments. He further advanced the field through his object-oriented design approach for real-time software (2003, 31 citations), demonstrating how encapsulation can handle temporal characteristics in adaptable systems. His development of the GEM operating system primitives (2005, 19 citations) addressed the critical need for efficient parallelism in multi-processor robot controllers. Bihari also proposed the Rational Behavior Model—a tri-level, multi-paradigm architecture for robot vehicle software—which bridges symbolic reasoning and numerical computation. Though his citation counts reflect a niche but dedicated audience, his work has been instrumental in shaping how engineers design reliable, real-time software for autonomous systems, influencing both academic research and practical robotics applications.