Jeffrey R. Croxell

Southern Illinois University Edwardsville

Papers

Total Citations

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About

Jeffrey R. Croxell’s research lies at the intersection of multi-robot coordination and educational robotics, with a focus on translating biological and organizational principles into scalable, decentralized algorithms. His most cited work, “An implementation of robot formations using local interactions” (2007, 7 citations), introduces a framework for enabling robot teams to maintain formation through local sensing and communication—an approach critical for applications like search-and-rescue and traffic control. By emphasizing minimal global knowledge, Croxell’s method reduces computational overhead and enhances robustness, offering a practical path toward real-world deployment of robot swarms. In parallel, his paper “Designing Robot Competitions that Promote AI Solutions” (2007, 5 citations) reflects a deep commitment to education, drawing on lessons from both competing in and designing competitions to steer students toward open-loop, low-feedback AI strategies. This work has influenced how robotics challenges are structured at middle school through university levels, fostering innovative problem-solving. Though his citation counts are modest, Croxell’s contributions are notable for their dual impact: advancing theoretical foundations of formation control while shaping hands-on learning environments that inspire the next generation of roboticists.