… Our motivation for creating the PALM was to develop queueing models for wireless
communication systems (see Lee [8]). The key features a PALM enables us to model are the following…

… Numerical examples were presented to illustrate the computability of our results and
investigate various aspects of the time and space dynamics of wireless networks. The numerical …

… Such systems are called dynamical because they have memory of their past. For example,
1D discretetime autonomous chaotic dynamical systems can be described by a mapping …

… we have indeed proved that the dynamic description of both the transmitted … wireless
communication system [28]. In particular, what should one expect about the fundamental dynamical …

… • chaotic communication systems will … of wireless communications systems. The list of these
features, amongst the above-mentioned, can include transmission rate, simplicity and system …

… In this paper, we exploit the coupled phase dynamics for collision avoidance in wireless
communication. It should be stressed that we do not apply the above mentioned theory in a …

… knowledge systems when they are judiciously designed. In this tutorial, we provide a broad
look at the field of limited feedback wireless communications. We review work in systems …

… have emerged as a ubiquitous part of modern data communication networks. … dynamic
routing and power allocation in a wireless network consisting of N power constrained nodes. Time …

… -world cellular networks. In the proposed simulation framework, cell boundaries were dynamic,
… was controlled by actual protocols for cellular communication. An algorithm for handoff …

… of the use of digital communication networks shared by other … decade, with wireless cellular
communications and several other … time-driven dynamics and discrete eventdriven dynamics. …