Joelson C. Rocha-Junior
Papers
1
Total Citations
5
H-Index
1
About
Joelson C. Rocha-Junior is a researcher specializing in biomedical instrumentation, sensor characterization, and human movement analysis. His work focuses on advancing wearable sensing technologies for biomechanical applications, particularly through the use of resistive flex sensors to estimate joint angular displacement. In his most-cited study, "Characterization of Resistive Flex Sensor Applied to Joint Angular Displacement Estimation" (2018), he systematically evaluated the operational limitations of these sensors for lower limb motion estimation, providing critical insights into their accuracy and reliability for real-world movement analysis. This foundational work, with 5 citations, has contributed to improving the design of wearable systems for rehabilitation and sports science. Rocha-Junior’s research bridges the gap between sensor technology and practical biomechanical assessment, offering valuable data for engineers and clinicians developing cost-effective motion-tracking solutions. His contributions underscore the importance of rigorous sensor characterization in enabling precise, non-invasive monitoring of human movement, with potential applications in assistive devices and physical therapy.
Research Focus
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Top Papers
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