With the development of the distributed learning and edge computing, servers must often
receive information from multiple terminal devices; thus, the importance of source-channel …

An analog joint source-channel coding (JSCC) system designed for the transmission of still
images is proposed and its performance is compared to that of two digital alternatives which …

We consider practical low-delay coding schemes for the lossy transmission of a Gaussian
source over a Gaussian broadcast channel with two receivers in the Wyner-Ziv setting. One …

In this work, we consider the zero-delay transmission of bivariate Gaussian sources over a
Gaussian broadcast channel with one-bit analog-to-digital converter (ADC) front ends. An …

In this paper we study multi-task oriented communication system via studying analog
encoding method for multiple estimation tasks. The basic idea is to utilize the correlation …

We consider the zero-delay encoding of discrete-time analog information over the Multiple
Access Relay Channel (MARC) using non-linear mapping functions. On the one hand, zero …

We address the transmission of correlated sources over the fading single-input and multiple-
output (SIMO) multiple access channel (MAC) using an analog joint sourcechannel coding …

In this paper, we present an analog system to transmit still images over multiuser wireless
channels and an empirical comparison with a representative digital scheme. The tests were …

The use of Internet-connected devices, particularly smartphones and Internet of things (IoT)
devices, has significantly increased in recent years. The latter are experiencing a …

This dissertation discusses various problems in analog Joint Source Channel Coding
(JSCC). Analog JSCC is an attractive communication scheme due to its encoding/decoding …