This paper presents joint source channel variable length (VL) coding/decoding based on a
space trellis. Through constructing a joint decoding plane trellis, better decoding …

Joint source and channel decoding (JSCD) has been proved to be an effective technique
which can improve decoding performance by exploiting residual source redundancy. Most …

We have optimized weight value of space trellis and proposed a low-complexity joint source-
channel coding and decoding approach based on space trellis. Simulation results show that …

A joint source-channel en/decoding scheme based on a new symbol-level joint trellis for the
Variable length coding (VLC) is presented. In the encoder part, the serial VLC and a …

In this paper, we present a three soft-in/soft-out (SISO) modules joint source-channel turbo-
decoding scheme for variable length coded sources. In this new scheme, the source SISO …

A neural network-based decoder, based on a long short-term memory (LSTM) network, is
proposed to solve the problem that large decoding delay and performance degradation …

In this article, we introduce multiple turbo codes and a suitable decoder structure derived
from an approximation to the maximum a posteriori probability (MAP) decision rule, which is …

Turbo codes have been successfully adopted in 4G LTE, which can approach the channel
capacity with Bahl-Cocke-Jelinek-Raviv (BCJR) decoding. With the evolution from 4G LTE to …

Turbo codes are among the best error-correcting codes, but trade-offs between performance
and complexity in decoding are required for hardware implementation. In this paper, a novel …

This paper presents a memory-reduced VLSI architecture for the decoding of double-binary
convolutional Turbo code (DB CTC) using maximum a posteriori probability (MAP) …