We investigate the problem of transmiting independent sources over the Gaussian Multiple
Access Channel (MAC) using a CDMA-like access scheme that allows users to transmit at …

We address the transmission of discrete-time analog samples over a block fading Multiple
Access Channel (MAC). At each transmitter, the source information is first encoded using …

We address the evaluation of low-complexity analog Joint Source Channel Coding (JSCC)
methods for the transmission of discrete-time analog symbols over Multiple-Input Multiple …

Recently, analog joint source-channel coding has been proposed as a means of achieving
near-optimum performance for high data rates with a very low complexity. However, no …

We investigate the transmission of multiple correlated binary sources to a single destination
over non-orthogonal Gaussian multiple access channels (MACs). By considering a binary …

We present a new access scheme for the AWGN Multiple Access Channel (MAC). The
proposed system is a hybrid scheme consisting of the combination of analog joint source …

In this paper we address the problem of transmission of correlated sources over a fast fading
multiple access channel (MAC) with partial channel state information available at both the …

Joint source-channel coding for discrete-time analog sources is an appealing transmission
approach because of its extremely low delay and complexity. When the users access the …

We consider the problem of transmission of correlated discrete alphabet sources over a
Gaussian multiple access channel (GMAC). A distributed bit-to-Gaussian mapping is …

Recently, the use of analog joint source-channel coding for the transmission of data samples
at high rates over AWGN channels has been proposed in the literature. Simulation results …