P. Gopinath

Philips (United States), Philips (Finland), Longwood University

Papers

Total Citations

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About

P. Gopinath is a researcher whose work bridges the critical intersection of real-time systems, object-oriented design, and autonomous robotics. His primary research areas include the robust representation and execution of robot plans, the encapsulation of temporal characteristics in software, and the development of reliable, distributed real-time applications. Gopinath’s major contribution lies in his pioneering exploration of how object-oriented models can effectively represent and manage the temporal constraints inherent in adaptable, real-time software—a challenge that distinguishes real-time systems from traditional function-oriented designs. He also advanced the field by developing techniques for representing robust robot plans using the RS (robot schema) model, enabling autonomous systems to separate planned decision-making from execution in uncertain, dynamic environments. His work emphasizes that robustness must be embedded both in plan representation and underlying system software for distributed robot applications. With his most-cited paper, "Object-oriented design of real-time software" (2003), garnering 31 citations, Gopinath has provided foundational insights for students and researchers seeking to design reliable, temporally-aware software for autonomous systems. His research remains a valuable reference for those exploring the convergence of object-oriented design, real-time constraints, and robotic autonomy.