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About

Martha E. Pollack is a pioneering computer scientist whose research bridges artificial intelligence, robotics, and assistive technology, with a profound focus on improving quality of life for aging and cognitively impaired populations. Her most influential work centers on developing intelligent robotic assistants and cognitive orthotic systems. Pollack’s landmark paper, "Towards robotic assistants in nursing homes: Challenges and results" (2003, 649 citations), laid foundational groundwork for deploying robots in elder care settings. She is perhaps best known for creating Autominder, an intelligent cognitive orthotic system that provides personalized, adaptive reminders for people with memory impairment—detailed in her 2003 paper (355 citations) and subsequent case study. Her earlier conceptual contribution, the Tileworld (1990, 316 citations), introduced a seminal experimental framework for evaluating agent architectures in dynamic, unpredictable environments. Pollack also led the development of Pearl, a mobile robotic assistant for the elderly (2002, 250 citations), as part of the multi-university Nursebot project. Her work has been instrumental in advancing plan-based control, focused monitoring, and human-robot interaction. As a former President of the University of Michigan and a Fellow of the AAAI and ACM, Pollack’s research has not only shaped AI and robotics but also demonstrated technology’s potential to address critical societal challenges in aging and healthcare.