Scott A. Morrison

University of Florida, Texas Instruments (United States), University of Brawijaya

Papers

Total Citations

H-Index

About

Scott A. Morrison is a pioneering researcher in neural engineering and brain-machine interfaces (BMIs), with a focus on developing hardware and algorithms to restore motor function. His most influential work, "Bimodal brain-machine interface for motor control of robotic prosthetic" (2004, 18 citations), introduced a novel approach to mapping multi-channel neural spike data from multiple cortical areas of owl monkeys to 3D arm positions, advancing continuous function approximation for prosthetic control. Morrison also made significant contributions to portable, low-power neural signal processing, designing a reconfigurable Neural Signal Processor (NSP) in 2006 (5 citations) and a wireless DSP system in 2005 (3 citations) that enabled real-time neural-to-motor translation algorithms in wearable form factors. His work addresses critical challenges in BMI systems, including computational efficiency and miniaturization for practical clinical use. Beyond neural engineering, Morrison explored cybersecurity in social media, comparing authentication vulnerabilities in "Google+ v Facebook" (2012, 2 citations). With a career spanning neuroprosthetics and digital security, Morrison’s innovations in hardware-software co-design for BMIs have laid groundwork for next-generation assistive technologies, impacting both research and rehabilitation.