Architecture and Low Power Management of a Deep-tissue Medical Implant System Powered by Human Body Energy Harvesting.
Elisabeth BenkeAdrian FehrleJohannes OllechSimon SchrampferJörg FrankePublished in: BIODEVICES (2020)
Keyphrases
- human body
- power management
- energy consumption
- energy saving
- energy efficiency
- power consumption
- pedestrian detection
- three dimensional
- motion capture
- body parts
- wireless sensor networks
- human motion
- pose estimation
- energy efficient
- human movement
- data center
- markerless
- human pose
- sensor networks
- human posture
- routing protocol
- sensor nodes
- articulated objects
- detection rate
- design considerations
- medical imaging
- low cost
- human motion capture
- object recognition