Papers
4
Total Citations
104
H-Index
4
About
Nathaniel Kingry is a leading researcher in the field of field robotics, specializing in the intersection of autonomous navigation, energy-aware path planning, and multi-robot coordination. His work is particularly focused on enabling long-duration missions for solar-powered unmanned ground vehicles (UGVs). Kingry’s most significant contribution is his pioneering approach to integrated path planning and power management, as detailed in his highly cited 2016 paper (62 citations), which introduced a time-optimal path planning method that accounts for variable solar energy availability. He further advanced this domain by developing vision-based terrain classification and solar irradiance mapping techniques (2018, 13 citations), allowing robots to intelligently navigate and harvest energy from their environment. Kingry has also made notable strides in multi-robot systems, designing mission planning strategies for teams of rovers supported by a mobile solar-powered charging station (2017, 12 citations). His 2020 work (17 citations) on a unified formulation for mixed-type decision-making—integrating task and motion planning with hybrid system control—showcases his broader impact on robotic autonomy. Through these contributions, Kingry has established a framework for persistent, self-sustaining robotic exploration, with direct applications in environmental monitoring, agriculture, and disaster response.
Research Focus
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