Robust transmission of variable-length encoded Markov sources using rate-1 channel coding and efficient iterative source-channel decoding.
Ragnar ThobabenJörg KliewerPublished in: EUSIPCO (2004)
Keyphrases
- convolutional codes
- channel coding
- variable length
- channel capacity
- channel conditions
- turbo codes
- rate allocation
- error correction
- bit errors
- rayleigh fading
- source coding
- video transmission
- bitstream
- error propagation
- bit error rate
- additive white gaussian noise
- image transmission
- wireless channels
- error control
- unequal error protection
- ldpc codes
- rate compatible punctured convolutional
- low density parity check
- error resilient
- channel errors
- error resilience
- n gram
- fading channels
- bit rate
- video quality
- signal to noise ratio
- computer simulation
- coding scheme
- compressed domain
- image data
- packet loss
- multiscale