Keywordshealth IoT; in-to-out body channel; WBAN; QoS-aware; BER; routing protocol; galvanic coupling; signal attenuation; hydration rates; body fluid level; hand pose sensing; tactile/force sensing; wearable sensing; optimal design; human hand synergies; wearable haptic systems; fabrics; cutaneous feedback; softness rendering; force feedback; affective touch; electrodermal activity; wearable system; pattern recognittion; skin conductance; skin admittance; wireless biomedical sensors; healthcare embedded platform; chronic health patient monitoring; biomedical data gateway; e-Health service center; accelerometry; energy expenditure; energy harvesting; footwear; gait; plantar pressure; wearable sensors; blood; embedded; energy harvesting; implantable; in-vivo; ISO 15693; low-power; pressure; RFID; augmented reality; wearable displays; image-guided surgery; machine vision; camera calibration; chewing rate; food intake detection; piezoelectric sensor; artificial neural network; feature computation; chew counting; peak detection; wearable systems; e-textile; human interaction; biomedical signal processing; non-stationary signal; high data rate low power link; optical ultra-wideband modulation; pulsed coding technique; wireless implantable biotelemetry; ECG; unobtrusive measurement; wearables; wearable technology; gait phase; gait cycle, accelerometers; force sensors; walking; smart shoe; n/a
