CompEx++: Compression-Expansion Coding for Energy, Latency, and Lifetime Improvements in MLC/TLC NVMs.
Poovaiah M. PalangappaKartik MohanramPublished in: ACM Trans. Archit. Code Optim. (2017)
Keyphrases
- energy consumption
- image and video compression
- predictive coding
- arithmetic coding
- image and video coding
- transform coding
- shape coding
- coding scheme
- progressive transmission
- lossless coding
- image compression
- compression scheme
- efficient compression
- data compression
- expert group
- embedded image
- coding method
- compression efficiency
- bit allocation
- total energy
- energy efficient
- battery powered
- run length encoding
- energy efficiency
- compression algorithm
- image codec
- cluster head
- wireless sensor networks
- compression ratio
- power consumption
- video coding
- wavelet compression
- image coding
- residual energy
- video compression
- multi label
- maximum lifetime
- bit rate
- image coding algorithm
- block coding
- data center
- base station
- video signals
- low latency
- lossless compression
- variable bit rate
- network lifetime
- temporal redundancy
- compression standards
- data transmission
- inter frame
- sensor nodes
- rate distortion
- sensor networks
- motion estimation