Unequal Error Protection for Compressed Sensing with Polar Codes.
Yueh-Hong ChenFeng-Cheng ChangHsiang-Cheh HuangTeng-Kuan HuangPublished in: GCCE (2019)
Keyphrases
- compressed sensing
- unequal error protection
- reed solomon
- image reconstruction
- optimal allocation
- rate compatible punctured convolutional
- error correction
- video transmission
- bitstream
- image transmission
- channel coding
- error resilience
- random projections
- wireless channels
- source coding
- turbo codes
- sparse representation
- coded images
- natural images
- video streaming
- packet loss
- coding scheme
- compressed video
- rate allocation
- error propagation
- rate distortion
- bit plane
- video quality
- super resolution
- fourier transform
- distributed video coding
- bit rate
- visual quality
- frequency domain
- computational complexity
- preprocessing
- principal component analysis
- error resilient
- high frequency
- post processing
- image quality
- image compression
- frame rate
- object recognition