Cody Thon

Papers

Total Citations

136

H-Index

About

Cody Thon is a leading researcher in bio-inspired underwater robotics, specializing in the design and development of energy-efficient autonomous systems for aquatic environmental monitoring. His major contributions center on the innovative concept of the "gliding robotic fish," a hybrid platform that seamlessly combines the energy-saving gliding mechanism of traditional underwater gliders with the high-maneuverability fin-actuation of robotic fish. This pioneering work, detailed in his highly cited 2014 paper "Miniature Underwater Glider: Design and Experimental Results" (88 citations), addresses the critical challenge of balancing locomotion efficiency with maneuverability for long-duration mobile sensing. Thon's foundational 2012 paper (30 citations) established the core modeling and design principles for these miniature, fish-like vehicles, while his 2014 work on "Gliding robotic fish for mobile sampling" (18 citations) demonstrated their practical application in capturing the spatial and temporal heterogeneity of aquatic ecosystems. By creating a platform that can operate for extended periods without sacrificing agility, Thon's research has opened new frontiers for persistent, high-resolution monitoring of lakes, rivers, and oceans, making him a key figure in advancing environmental robotics.