A new joint source-channel (JSC) turbo-decoding scheme, with three soft-in/soft-out (SISO) modules, is presented for variable length coded sources protected by a turbo-code. This new scheme offers the advantage to combine the powerfulness of the used turbo-code with the robustness of the reversible variable length codes (VLC), and moreover with a decoding complexity close (or less) to the one of the turbo-code alone. The performance due to the turbo-code alone leads to an increased freedom in the VLC design depending on the application -, and suggests to revisit the VLC distance criteria investigated in R. Bauer and J. Hagenauer (March 2001). The decoding algorithm for this three SISO modules scheme is briefly presented in the framework of ...
Efficient multimedia communication over mobile or wireless channels remains a challenging problem. T...
Variable length codes (VLCs), used in data compression, are very sensitive to error propagation in t...
An iterative Reliability Level List (RLL) based soft-input soft-output (SISO) decoding algorithm has...
We proposed in Jaspar et al. (2004) a joint source-channel (JSC) turbo-(de)coder combining a variabl...
Joint source and channel decoding (JSCD) has been proved to be an effective technique which can impr...
Recently, we proposed a joint source-channel (JSC) turbo (de)coder combining a variable length code ...
Variable length codes (VLCs), used in data compression, are very sensitive to error propagation in t...
this paper addresses the issue of robust transmission of sources encoded with Variable Length Codes ...
International audienceMost source coding standards (voice, audio, image and video) use Variable-Leng...
International audienceMost source coding standards (voice, audio, image and video) use Variable-Leng...
84 p.Turbo codes have attracted a great deal of interest around the world since their discovery in 1...
In this article, we present two versions of a simplifled maximum a posteriori decoding algorithm. Th...
Though coding theory suggests long error correcting codes chosen at random perform close to the opti...
Multimedia transmission over time-varying wireless channels presents a number of challenges beyond ...
International audienceJoint source-channel decoding of variable length codes (VLC) for image and vid...
Efficient multimedia communication over mobile or wireless channels remains a challenging problem. T...
Variable length codes (VLCs), used in data compression, are very sensitive to error propagation in t...
An iterative Reliability Level List (RLL) based soft-input soft-output (SISO) decoding algorithm has...
We proposed in Jaspar et al. (2004) a joint source-channel (JSC) turbo-(de)coder combining a variabl...
Joint source and channel decoding (JSCD) has been proved to be an effective technique which can impr...
Recently, we proposed a joint source-channel (JSC) turbo (de)coder combining a variable length code ...
Variable length codes (VLCs), used in data compression, are very sensitive to error propagation in t...
this paper addresses the issue of robust transmission of sources encoded with Variable Length Codes ...
International audienceMost source coding standards (voice, audio, image and video) use Variable-Leng...
International audienceMost source coding standards (voice, audio, image and video) use Variable-Leng...
84 p.Turbo codes have attracted a great deal of interest around the world since their discovery in 1...
In this article, we present two versions of a simplifled maximum a posteriori decoding algorithm. Th...
Though coding theory suggests long error correcting codes chosen at random perform close to the opti...
Multimedia transmission over time-varying wireless channels presents a number of challenges beyond ...
International audienceJoint source-channel decoding of variable length codes (VLC) for image and vid...
Efficient multimedia communication over mobile or wireless channels remains a challenging problem. T...
Variable length codes (VLCs), used in data compression, are very sensitive to error propagation in t...
An iterative Reliability Level List (RLL) based soft-input soft-output (SISO) decoding algorithm has...