n-channel entropy-constrained multiple-description lattice vector quantization - Ostergaard, J.; Jensen, J.; Heusdens, R. (IEEE transactions on information theory, 2006)
Keywords: Applied sciences; Centralized control; Coding, codes; Communication channels; Counters; Data compression; Descriptions; Distortion; Entropy; Exact sciences and technology; High-rate quantization; Information systems; Information, signal and communications theory; lattice quantization; Lattices; Materials science and technology; Mathematical analysis; Mathematical models; multiple-description coding (MDC); Numerical simulation; Packet switched networks; Probability; Sampling, quantization; Signal and communications theory; Simulation; Source coding; Switching and signalling; Systems, networks and services of telecommunications; Telecommunications; Telecommunications and information theory; Transmission and modulation (techniques and equipments); Vector quantization; Performance evaluation; Packet switching; State of the art; High resolution; Vector quantization; Redundancy; Data compression; Two channel system; Loss rate; Data transmission; n channel; Entropy; multiple-description coding (MDC); Analytical method; Numerical simulation; Quantifier; Transmission loss; Multiple channel; lattice quantization; High-rate quantization