We propose a new code design for compress-and-forward relaying over bandlimited relay-to-
destination channels. The main contribution of this paper is a code design based on joint …

We propose a new compress-and-forward implementation for the relay channel based on
joint source-channel coding techniques. The relay performs scalar quantization of its …

We consider a wireless relay network where two sources transmit independent information
on mutually orthogonal channels to a common destination with the help of one relay. Based …

This paper proposes two new coding schemes for the discrete memoryless two-way relay
channel. The main target is to show the benefits of compress-forward without Wyner-Ziv …

Compress-and-Forward is a protocol for transmission over relay networks in which the relay
forwards a compressed version of the signal it observes. The compression method used by …

Hybrid digital-analog schemes for bandwidth compression/expansion have been proposed
in source-channel coding to increase the robustness in terms of end-to-end distortion, and to …

In this paper, we analyze a composite decode-and-forward scheme for the two-way relay
channel with a direct link. During transmission, our scheme combines both block Markov …

In this article, we propose a distributed joint source-channel coding (DJSCC) technique that
well exploits source-relay correlation as well as source memory structure simultaneously for …

This paper presents a multi-level compress and forward coding scheme for a three-node
relay network in which all transmissions are constrained to be from an M-ary PAM …

This paper proposes a practical compress-and-forward cooperation scheme with vector
coding at the relay node for a three-terminal classical relay network. We discuss the …