Fine-grained power-gating scheme of a nonvolatile logic-in-memory circuit for low-power motion-vector extraction.
Magdalena SihotangShoun MatsunagaTakahiro HanyuPublished in: NEWCAS (2012)
Keyphrases
- fine grained
- low power
- power dissipation
- motion vectors
- logic circuits
- power consumption
- delay insensitive
- power reduction
- frame interpolation
- high speed
- coarse grained
- motion estimation
- motion compensation
- low cost
- video sequences
- temporal error concealment
- cmos technology
- video coding
- motion estimation algorithm
- bit rate
- gate array
- block matching
- macroblock
- access control
- computational complexity
- mixed signal
- compressed domain
- digital circuits
- multithreading
- video data
- error concealment
- digital signal processing
- video coder
- image sensor
- coding efficiency
- video compression
- motion compensated
- ultra low power
- wyner ziv
- inter frame
- image quality