Papers
4
Total Citations
76
H-Index
4
About
S. Williams is a pioneering researcher at the intersection of robotic surgery and rehabilitation, whose work bridges gynecologic oncology and biomechanical movement science. Her most influential study, a cost analysis comparing robotic versus laparoscopic postoperative management in endometrial cancer patients (44 citations), established critical economic benchmarks for surgical decision-making. Williams further advanced robotic surgery by investigating the role of the bedside assistant in gynecologic oncology outcomes, demonstrating that team dynamics directly impact patient recovery. In rehabilitation robotics, her 2009 methodology for kinematic and kinetic analysis of unconstrained upper extremity movement (15 citations) provided a foundational framework for quantifying natural motion. Her 2018 study comparing muscular activity during robot-assisted versus freely performed exercises (12 citations) revealed that end-effector robotic systems must preserve physiological muscle activation to ensure effective stroke rehabilitation. By integrating clinical outcomes with engineering precision, Williams has shaped both surgical practice and neurorehabilitation protocols, showing how robotic systems can be optimized for human physiology rather than mechanical efficiency alone.
Research Focus
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