Autonomic communications seek to improve the ability of network and services to cope with
unpredicted change, including changes in topology, load, task, the physical and logical …

The application of chaotic dynamics to signal processing tasks stems from the realization
that its complex behavior becomes tractable when observed from a statistical perspective …

Results of recent theoretical investigations highlighted that the use of chaos in direct-
sequence code-division multiple access (DS-CDMA) systems may lead to nonnegligible …

Compressed Sensing (CS) can be introduced in the processing chain of a sensor node as a
mean to globally reduce its operating cost, while maximizing the quality of the acquired …

The ultimate limits of chaos-based asynchronous direct-sequence code-division multiple
access systems are investigated using the concept of capacity taken from information theory …

Multicode DS-CDMA systems assign more than one spreading sequence to each of the
users. In these systems multiple access interference (MAI) is made of a synchronous and an …

In recent years, compressed sensing (CS) has proved to be effective in lowering the power
consumption of sensing nodes in biomedical signal processing devices. This is due to the …

The theoretical limits of asynchronous DS-CDMA systems over AWGN channels are
investigated by computing the statistics of the associated Shannon capacity. A comparison is …

This paper presents detailed mathematical models of DS-CDMA systems based on binary
and chaotic spreading sequences. These systems have been well investigated in the case …

A receiver for synchronous DS-CDMA systems is proposed, with a decision window, that is
aligned to encompass two half bits of each user. Such, a receiver is compared with the …