In this paper, we consider molecular communication, with information conveyed in the time
of release of molecules. These molecules propagate to the transmitter through a fluid …

This article's goal is to provide an in-depth understanding of the principles of FSMC
modeling of fading channels with its applications in wireless communication systems. While …

Introduction: In modern systems for communication, data storage and processing the error-
correction capability of codes are estimated for memoryless channels. In real channels the …

This paper presents a low-complexity interleaver design that facilitates the high throughput
turbo decoding required for next generation wireless systems. Specifically, it addresses the …

It has been widely acknowledged that the aggregate interference at the receiver for various
practical communication channels can often deviate markedly from the classical additive …

This paper presents a reduced-complexity approximate density evolution (DE) scheme for
low-density parity-check (LDPC) codes in channels with memory in the form of a hidden …

In many applications, an uncompressed source stream is systematically encoded by a
channel code (which ignores the source redundancy) for transmission over a discrete …

Finite-state Markov channels (FSMCs) are commonly used to characterize the memory of
binary (binary-input, binary-output) discrete fading channels (DFCs). This paper proposes a …

Channels with memory can be described using the Gilbert–Elliott model. To correct errors in
such channels, non–binary Reed-Solomon codes are used, as well as low-density parity …

A model for a binary additive noise communication channel with memory is introduced. The
channel noise process, which is generated according to a ball sampling mechanism …