Jesus Suarez

Papers

Total Citations

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About

Dr. Jesus Suarez is a pioneering researcher in rescue robotics, with a focus on human-robot interaction and victim assistance in disaster scenarios. His work bridges the gap between robotic sensing and real-world emergency response, leveraging low-cost technologies to enhance search and rescue operations. Suarez’s most-cited paper, “Using the Kinect for search and rescue robotics” (2012, 26 citations), critically examines the limitations of Microsoft Kinect depth sensors for robot navigation and mapping in rubble-strewn environments—a foundational contribution that has guided subsequent sensor integration in rescue platforms. His 2011 survey on animal foraging for directed, persistent search (21 citations) draws novel parallels between biological search strategies and robotic path planning, offering insights into how robots can maintain target contact even when moving out of sensing range. In “Interacting with trapped victims using robots” (2013, 17 citations), Suarez conducted field exercises demonstrating how audio-video equipped robots can facilitate communication with victims in collapsed structures. His 2016 study on social telepresence robots in medical field exercises (4 citations) further explores responder-victim dynamics, highlighting the potential for empathetic robotic interaction. Suarez’s work is notable for its practical, field-tested approach, directly informing the design of more effective, human-centered rescue robots.