Kelli Stanton

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About

Kelli Stanton’s research career is defined by a pioneering commitment to assistive robotics, with a particular focus on enhancing mobility and independence for individuals with disabilities. Her most influential work centers on the development of voice-controlled mobility systems, most notably through her seminal paper, “PSUBOT—a voice-controlled wheelchair for the handicapped” (2002), which has garnered 21 citations. In this foundational study, Stanton detailed the design and implementation of PSUBOT (Portland State University roBOT), a computerized electric wheelchair commanded entirely by voice. She meticulously described the system’s control algorithms, navigation protocols, and human interface, laying critical groundwork for the integration of speech recognition into assistive mobility devices. Her contributions extend beyond technical innovation; Stanton’s work directly addressed real-world challenges, offering a practical, user-centered solution that has influenced subsequent research in human-robot interaction and rehabilitation engineering. By bridging the gap between complex robotics and accessible, everyday technology, Stanton has left a lasting impact on the field, demonstrating how thoughtful engineering can transform lives. Her achievements underscore a career dedicated to making advanced robotics truly assistive.