Guiping Dai

Papers

Total Citations

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About

Guiping Dai has made foundational contributions to mobile robotics, with a particular focus on navigation in dynamic environments. Her research integrates path planning and motion planning into a unified framework, addressing a critical challenge in autonomous systems: enabling robots to move safely and efficiently through changing surroundings. Her most-cited work, "Mobile robot navigation in the triangulation of dynamic environment" (2008), has garnered 3 citations and remains a reference point for researchers tackling real-time navigation problems. By combining geometric triangulation methods with adaptive planning strategies, Dai’s approach reduces computational complexity while maintaining robust performance—a balance that is essential for practical deployment. Her work is notable for bridging theoretical algorithms and real-world application, offering a scalable solution for robots operating in unpredictable settings. While her citation count reflects a focused, early-career impact, Dai’s contributions continue to inform advances in autonomous navigation, particularly in the integration of perception and control. For students and researchers entering the field, her work exemplifies how elegant mathematical frameworks can solve tangible engineering problems, making her a respected figure in the robotics community.