Devin Ostrom

Papers

Total Citations

H-Index

About

Devin Ostrom is a pioneering researcher at the intersection of robotics, animal behavior, and emergency response, best known for advancing the concept of **Canine Assisted Robot Deployment** for Urban Search and Rescue (USAR). His work fundamentally reimagines how technology and trained animals can collaborate in disaster scenarios. Ostrom’s most cited paper (21 citations) establishes the framework for integrating rescue robots with search canines, arguing that each method’s strengths—canine olfaction and robotic sensing—can be combined for more effective survivor detection. His earlier work (16 citations) explores the "Canine as Robot in Directed Search," treating the dog as a sensor platform under human guidance. Perhaps his most innovative contribution is the **DEX (Drop and EXplore)** system (14 citations), a small, marsupial-style robot designed to be deployed directly by a USAR canine, allowing the robot to explore spaces too dangerous or small for the dog or human handlers. Ostrom’s research has helped lay the groundwork for human-animal-robot teams, a niche that is increasingly vital for modern disaster response. His work is notable for its practical, field-ready designs and its interdisciplinary approach, bridging robotics, veterinary science, and emergency management.