Puduru Viswanadha Reddy

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About

Puduru Viswanadha Reddy is a researcher specializing in differential game theory, pursuit-evasion problems, and multi-agent systems, with a particular focus on their applications in robotics and autonomous defense scenarios. His work bridges theoretical mathematics and practical engineering challenges, making significant contributions to the understanding of complex strategic interactions between multiple autonomous agents. Reddy's most cited work, "Study of Multiple Target Defense Differential Games Using Receding Horizon-Based Switching Strategies" (2021, 17 citations), advances the field of active target-attacker-defender (ATAD) differential games by developing innovative receding horizon-based switching strategies for scenarios involving multiple targets. This research has important implications for autonomous vehicle protection and military defense systems. His foundational thesis on "Steering Laws for Pursuit" (2007, 14 citations) laid essential groundwork by examining motion camouflage and guidance strategies relevant to both biological systems and robotic applications. His research on differential drive mobile robots further demonstrates his commitment to translating theoretical game-theoretic frameworks into real-world robotic implementations, exploring cooperative behaviors between agents in predator-prey scenarios. Collectively, Reddy's work offers valuable insights for researchers developing autonomous systems, multi-robot coordination strategies, and intelligent defense mechanisms in dynamic, contested environments.