We evaluate a new class of rate-distortion codes based on simple linear congruential recursions. Codes are demonstrated for the uniform and Gaussian sources, whose performance exceeds that so far reported in the literature, including that reported for TCQ codes. The results also point to a new correlation relationship that apparently must exist for trellis codes
This paper considers the use of sequence maximum a posteriori (MAP) decoding of trellis codes. A MAP...
This paper presents classes of rate-compatible trellis codes designed for channels with flat, slow R...
In this paper, we consider the source-channel rate allocation for dif-ferent transmission schemes. W...
We evaluate a new class of rate-distortion codes based on simple linear congruential recursions. Cod...
Two new kinds of fractional-rate trellis source codes based on linear congruential recursions are ev...
Trellis quantization is a finite state machine based method for data compression. It is mainly appli...
This paper presents new methods trellis source coding at rates above and below one. The new schemes ...
An embedded trellis construction technique is presented and proposed for use in Embedded Trellis Cod...
New trellis constructions for compression of short data sequences are presented. Traditional low rat...
We present two methods for variable-rate trellis quantization. Both methods utilize trellis codes ba...
Joint source and channel coding (JSCC) using trelliscoded quantization (TCQ) in conjunction with tre...
The BCJR algorithm is an important channel decoding method. We extend it to trellis rate-distortion ...
In broadcast scenarios or in the absence of accurate channel, probability distribution information, ...
A new form of trellis coded quantization is presented based on uniform quantization thresholds and &...
In this paper, a new source encoding scheme is presented. It is a trellis coded quantization scheme ...
This paper considers the use of sequence maximum a posteriori (MAP) decoding of trellis codes. A MAP...
This paper presents classes of rate-compatible trellis codes designed for channels with flat, slow R...
In this paper, we consider the source-channel rate allocation for dif-ferent transmission schemes. W...
We evaluate a new class of rate-distortion codes based on simple linear congruential recursions. Cod...
Two new kinds of fractional-rate trellis source codes based on linear congruential recursions are ev...
Trellis quantization is a finite state machine based method for data compression. It is mainly appli...
This paper presents new methods trellis source coding at rates above and below one. The new schemes ...
An embedded trellis construction technique is presented and proposed for use in Embedded Trellis Cod...
New trellis constructions for compression of short data sequences are presented. Traditional low rat...
We present two methods for variable-rate trellis quantization. Both methods utilize trellis codes ba...
Joint source and channel coding (JSCC) using trelliscoded quantization (TCQ) in conjunction with tre...
The BCJR algorithm is an important channel decoding method. We extend it to trellis rate-distortion ...
In broadcast scenarios or in the absence of accurate channel, probability distribution information, ...
A new form of trellis coded quantization is presented based on uniform quantization thresholds and &...
In this paper, a new source encoding scheme is presented. It is a trellis coded quantization scheme ...
This paper considers the use of sequence maximum a posteriori (MAP) decoding of trellis codes. A MAP...
This paper presents classes of rate-compatible trellis codes designed for channels with flat, slow R...
In this paper, we consider the source-channel rate allocation for dif-ferent transmission schemes. W...