Dana Tokmurzina

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About

Dana Tokmurzina is a researcher at the intersection of human-robot interaction and assistive robotics, with a particular focus on child-robot dynamics and brain-computer interfaces (BCI). Her most cited work, "Exploring Child-Robot Proxemics" (2018, 12 citations), investigates how children naturally position themselves around NAO robots—a critical contribution as these robots become more common in educational and therapeutic settings. This foundational research helps designers create more intuitive and socially appropriate interaction models for young users. In parallel, Tokmurzina's 2020 paper on "Design and Optimization of a Real-Time Asynchronous BCI Control Strategy for Robotic Manipulator Assistance" (3 citations) tackles a pressing challenge in assistive technology: enabling users to control robotic arms for complex tasks like reach-grasp-release movements using motor imagery. By implementing a sequential axis control methodology, she addresses the low information transfer rate inherent in BCI systems, making robotic assistance more practical for individuals with motor impairments. Her work bridges developmental robotics and neurorehabilitation, offering insights that could shape both educational robots for children and assistive devices for those with disabilities.