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About

Ted Shaneyfelt is a pioneering researcher in multi-domain robotic swarms and heterogeneous communication systems, with a career focused on enabling seamless cooperation between air, land, sea, and underwater robots. His most cited work, "RF communication between surface and underwater robotic swarms" (31 citations), tackles the critical challenge of high-speed wireless links for underwater robots, replacing slower sonar with radio-based solutions. He further advanced this field with "Multi-domain robotic swarm communication system" (26 citations), which introduced ZigBee-based inter-swarm networking for system-of-systems autonomy. A standout contribution is his vision-feedback robotic docking crane system (23 citations), originally designed for vanilla pollination—a labor-intensive agricultural task—demonstrating how swarm robotics can solve real-world problems. His work on heterogeneous environment simulation (8 citations) and net-centric system-of-systems robotics (6 citations) laid foundational frameworks for multi-platform coordination. Shaneyfelt’s research uniquely bridges theoretical swarm control with practical applications, from agriculture to post-disaster response, and his publications consistently address the communication and control bottlenecks that limit real-world swarm deployment. His achievements highlight a career dedicated to making robotic swarms interoperable, autonomous, and impactful across domains.