Improvement of Signal Power in Intrabody Communication Using an Impedance Adjustment Circuit.
Kiyotaka HayamiDaichi KawamotoMitsuru ShinagawaMasayuki MakinoHiroshi NakamuraNaoyuki HonmaPublished in: GCCE (2022)
Keyphrases
- duty cycle
- single phase
- real time
- significant improvement
- communication networks
- power consumption
- high speed
- signal processing
- power dissipation
- high frequency
- power reduction
- non stationary
- communication systems
- frequency response
- frequency domain
- original signal
- wavelet packet
- compressive sensing
- ecg signals
- heart rate
- circuit design
- total energy
- information sharing
- sigma delta
- wireless networks