Integrated sensorimotor feedback circuitry: NikeRecent Research Landscape
Standard wearable electronics suffer from bulky interfaces and poor durability. These innovations embed pressure-responsive sensors directly into the textile architecture to enable seamless, intuitive user control without external hardware.
What technical problems is Nike addressing in Integrated sensorimotor feedback circuitry?
Inefficient wireless power transfer
(5)evidences
Misalignment and distance variations in wearable devices cause frequent power delivery failures. Stabilizing energy transfer ensures continuous operation without user intervention.
Inflexible electronic hardware integration
(3)evidences
Fragmented connectivity and physical instability between electronics and flexible textiles. Resolving this ensures reliable device operation and user comfort during physical activity.
Inaccurate proprioceptive spatial awareness
(2)evidences
Standard wearable electronics suffer from limited battery life and the need for external charging. Utilizing kinetic energy from body movement to power integrated sensors removes the dependency on fixed power sources.