Max Robotics — Global Service Robot Directory + US Certification

About

C. Kambhampati’s research career has been defined by a pragmatic focus on mobile robot navigation and safety-critical applications, particularly collision avoidance and humanitarian demining. In his foundational work on on-line planning, he tackled the real-time challenge of avoiding moving obstacles by enabling a robot to deviate from its nominal path when acceleration or deceleration alone proves insufficient—a contribution that has garnered 19 citations and laid groundwork for reactive navigation strategies. Extending this line, his 1999 paper formalized deviation as a viable avoidance strategy, accumulating 12 citations. Kambhampati also made notable contributions to the use of robots for landmine detection, authoring a 2004 review (10 citations) that critically assessed sensor technologies and their socioeconomic applicability. His 2003 paper on multiple manipulator control, inspired by the hierarchical and decentralized structure of human motor control, proposed a decomposed model to manage inter-robot interactions—an innovative cross-disciplinary approach with 8 citations. Additionally, his 2002 work on object detection for surface landmines demonstrated a low-cost mobile robot solution for direct localization. With a career spanning theoretical control and applied humanitarian robotics, Kambhampati’s work remains a valuable reference for researchers in autonomous navigation and field robotics.