Low power and power aware fractional motion estimation of H.264/AVC for mobile applications.
Tung-Chien ChenYu-Han ChenChuan-Yung TsaiLiang-Gee ChenPublished in: ISCAS (2006)
Keyphrases
- low power
- power consumption
- battery life
- motion estimation
- mobile applications
- video coding
- deblocking filter
- inter frame
- high power
- rate distortion
- low complexity
- coding efficiency
- variable block size
- power management
- macroblock
- video codec
- image sequences
- motion compensation
- motion vectors
- energy saving
- video compression
- mobile devices
- video coding standard
- power reduction
- energy efficiency
- motion compensated
- video sequences
- computational complexity
- optical flow
- low cost
- power dissipation
- low power consumption
- ultra low power
- user experience
- rate control
- high speed
- reference frame
- mobile phone
- context aware
- compressed domain
- logic circuits
- cmos technology
- bit rate
- video streams
- scalable video coding
- block matching
- wifi
- end users
- mixed signal
- video quality
- real time