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Wearable Wireless Devices
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With the growing interest in the use of technology in daily life, the potential for using wearable wireless devices across multiple segments, e.g., healthcare, sports, child monitoring, military, emergency, consumer electronics, etc., is rapidly increasing. Multibillion wearable sensors are predicted to be in use by 2025, with over 30% of them being new types of sensors that are only beginning to emerge. This book will focus on wireless wearable and implantable systems, flexible textile-based electronics, bio-electromagnetics, antennas and propagation, radio frequency (RF) circuits, sensors, security of wearables and implantable systems, nano-bio communication, and electromagnetic sensing
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Keywords
- accelerometer
- ankle sprain
- anonymity
- Arduino
- bio sensors
- bio signals
- bio signals, bio sensors
- C-Band
- Chronic Obstructive Pulmonary Disease (COPD)
- cryptanalysis
- diversity combining
- echo state networks
- electrocardiography (ECG)
- Energy Efficiency
- energy-balanced model
- gyroscope
- heart beat classification
- History of engineering & technology
- hyperthyreosis/sleep apnea disease monitoring
- IMU
- inertial sensor
- Internet of Things
- medical internet of things
- medical wearable wireless devices
- medium access control
- movement noise
- multiuser
- n/a
- OFDMA
- patch ECG monitor
- Quality of Service
- Rehabilitation
- reservoir computing
- S-band sensing
- SDPPG
- security
- smart devices
- Technology, engineering, agriculture
- Technology: general issues
- telerehabilitation
- Unity
- Virtual reality
- wavelet transform
- WBAN
- wearable electronic device
- Wearable sensors
- wireless body area networks
- wireless channel information
- wireless LAN
- wireless VR