Pratham Oza

Papers

Total Citations

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About

Pratham Oza is a researcher focused on intelligent transportation systems and real-time cyber-physical systems, with a particular emphasis on improving traffic safety and efficiency at urban intersections. His most-cited work, "A Real-Time Server Based Approach for Safe and Timely Intersection Crossings" (2019, 10 citations), addresses the critical challenge of preventing queue spillbacks at closely spaced urban intersections—a problem that disrupts traffic flow and increases collision risks. Oza’s major contribution lies in developing a server-based scheduling framework that ensures vehicles cross intersections safely and in a timely manner, even under high-density conditions. By integrating real-time computing principles with traffic control, his approach offers a robust alternative to traditional signal timing methods, potentially reducing congestion and enhancing road safety. Though early in his career, Oza’s work has already garnered attention for its practical relevance to smart city initiatives, and his research continues to explore the intersection of embedded systems, real-time scheduling, and autonomous vehicle coordination. His findings are particularly valuable for researchers and engineers seeking scalable, real-time solutions for next-generation traffic management.