Carver Middleton
Papers
4
Total Citations
45
H-Index
3
About
Carver Middleton is a leading researcher in wearable technology, with a specific focus on soft robotic sensors (SRS) and their application to human movement analysis. Their work centers on closing the gap between laboratory-grade motion capture and practical, everyday wearables. Middleton’s major contributions include pioneering the use of pliable, stretchable sensors to model foot-ankle kinematics during gait, demonstrating how capacitance changes in SRS can accurately capture joint angles on both flat and cross-sloped surfaces. Their highly cited 2020 paper, "Closing the Wearable Gap—Part VI," has garnered 26 citations and established a foundational methodology for deep learning-based gait recognition. Middleton also led the development of the Stretch Sensor Tool Kit (SSTK), a benchmark testing framework that validates the reliability of these novel sensors. Notably, their research extends beyond sensor design to investigate the real-world durability of wearables, comparing the deterioration rates of textile and electronic components over time. Through the "Closing the Wearable Gap" series, Middleton has systematically advanced the field, proving that soft robotic sensors can be seamlessly integrated into clothing for robust, long-term biomechanical monitoring.
Research Focus
Key Achievements
Top Papers
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