Jonathan C. Jaimes
Papers
10
Total Citations
126
H-Index
6
About
Jonathan C. Jaimes is a leading researcher in the field of rehabilitation robotics, specializing in human-robot interaction, robust control systems, and sensor integration. His work focuses on developing advanced impedance control strategies for robotic rehabilitation devices, particularly through the use of Series Elastic Actuators (SEAs) and Markovian jump linear systems to manage the stochastic and nonlinear nature of human-robot dynamics. Jaimes has made significant contributions by integrating polymer optical fiber (POF) sensors into rehabilitation platforms, enabling lightweight, electromagnetic interference-immune instrumentation for real-time joint angle and torque measurement. His most cited paper, "Impedance Control for Robotic Rehabilitation: A Robust Markovian Approach" (2017, 49 citations), establishes a foundational framework for safe and adaptive robotic therapy. Other notable works include the design of H∞ force controllers for ankle rehabilitation and the use of electromyographic signals to inform Markovian compliance control. With over 126 total citations across his publications, Jaimes’ research has advanced the safety, precision, and adaptability of exoskeletons and rehabilitation robots, directly impacting clinical therapy outcomes. His innovative integration of robust control theory with practical sensor technology marks him as a key figure in the evolution of smart, patient-responsive rehabilitation environments.
Research Focus
Key Achievements
Top Papers
- 1Impedance Control for Robotic Rehabilitation: A Robust Markovian Approach49 citations · 2017
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- 4Markovian Robust Compliance Control Based on Electromyographic Signals8 citations · 2018
- 5Robust Markovian Impedance Control applied to a Modular Knee-Exoskeleton7 citations · 2020
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