A low-power implantable Pseudo-BJT-based silicon retina with solar cells for artificial retinal prostheses.
Chung-Yu WuFelice ChengCheng-Ta ChiangPo-Kang LinPublished in: ISCAS (4) (2004)
Keyphrases
- low power
- retinal images
- high speed
- low cost
- cmos technology
- blood vessels
- human retina
- visual cortex
- power consumption
- visual field
- fundus images
- real time
- high power
- retinal vessel
- single chip
- optical coherence tomography
- wireless transmission
- digital signal processing
- low power consumption
- vlsi architecture
- image sensor
- logic circuits
- signal processor
- digital camera
- vlsi circuits
- mixed signal
- image analysis
- low voltage
- optic disc
- frame rate
- power dissipation
- hardware and software
- gate array
- ultra low power