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About

V. Licari is a researcher whose work bridges rehabilitation engineering and cardiovascular physiology, with a focus on how robotic-assisted locomotion affects autonomic nervous system function. Their key research areas include robotic treadmill training, cardiovascular regulation in spinal cord injury, and advanced signal processing of heart rate variability. Licari’s most impactful contribution is the 2010 study demonstrating that robotic treadmill training improves cardiovascular function in spinal cord injury patients, which has garnered 49 citations and highlights the therapeutic potential of robotic rehabilitation beyond motor recovery. In earlier foundational work (2009, 18 citations), Licari evaluated autonomic responses in healthy subjects during robot-driven gait orthosis training, establishing baseline physiological effects. A 2008 study (6 citations) introduced a methodological innovation by comparing autoregressive spectral analysis with empirical mode decomposition for assessing short-term heart rate dynamics during robotic locomotion—a technical contribution that refined how researchers analyze autonomic regulation in movement studies. Licari’s preliminary 2007 work (2 citations) laid the groundwork for understanding cardiac responses to robotic assistance. Collectively, this body of research underscores Licari’s role in advancing neurorehabilitation by integrating robotics with cardiovascular monitoring, offering insights that inform both clinical practice and signal-processing methodology.