Wireless Multimodality Sensing System-on-a-Chip With Time-Based Resolution Scaling Technique and Analog Waveform Generator in 0.18 μm CMOS for Chronic Wound Care.
Shao-Yung LuSiang-Sin ShanCheng-Ze ShaoTing-Heng LuYung-Hua YehI-Te LinShu-Ping LinYu-Te LiaoPublished in: IEEE Trans. Biomed. Circuits Syst. (2021)
Keyphrases
- analog vlsi
- cmos image sensor
- image sensor
- circuit design
- mixed signal
- health care
- heart failure
- focal plane
- low power
- ultra low power
- wound healing
- wireless communication
- wireless networks
- high speed
- body sensor networks
- single chip
- spectrum sensing
- chronic disease
- mobile devices
- high resolution
- sensor networks
- cognitive radio
- solid state
- cmos technology
- real time
- mobile ad hoc networks
- medical practice
- dynamic range
- health monitoring
- multi channel
- cellular networks
- digital circuits
- low cost
- infrared
- power consumption
- imaging systems
- digital camera
- motion blur
- sensing devices
- sigma delta
- mobile users
- wide dynamic range