Prosenjit Bose

Papers

Total Citations

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About

Prosenjit Bose is a leading figure in computational geometry and graph theory, whose work bridges fundamental algorithmic design with real-world applications in robotics, networking, and manufacturing. His research focuses on online routing, geometric graphs, and algorithmic feasibility—areas where he has made seminal contributions to how systems navigate and optimize under constraints. Bose’s most-cited work, *Online Routing in Geometric Graphs* (2001, 39 citations), tackles the challenge of finding paths using only local information, a problem critical to mobile networks, distributed computing, and autonomous robotics. He introduced innovative strategies for routing without global knowledge, influencing subsequent advances in sensor networks and ad hoc communication. Another key contribution, *Feasibility of Design in Stereolithography* (1997, 35 citations), explores geometric constraints in 3D printing, demonstrating his versatility in applying theory to practical engineering. With a career spanning over two decades, Bose’s work has shaped how researchers approach navigation in uncertain environments and design for additive manufacturing. His impact is evident in the continued relevance of his algorithms and the foundational role they play in modern computational geometry.