… models available in the literature can be categorized as deterministic models [10] and stochastic
models… can be used for theoretical analysis and design of a communication system, and …

… PALM provides a useful framework for representing both the time-dependent behavior and
node mobility in wireless communication networks. However, the general PALM introduced in …

… The SCM belongs to the class of geometric stochastic model and separately defines large-scale
parameters (eg, shadow fading, delay spread, and angular spreads) and small-scale …

… -dominated wireless systems including mobile, personal communications, and wireless
PBX/LAN networks, the authors show that a significant increase in system capacity can be …

… random fluctuations of the received signal thus resulting into a phenomenon referred to as
fading. In mobile radio communication, … radio spectrum available for wireless communications …

… Stochastic Model of Multiple Scattering Channel The geometric setup of the communication
system is … method for all the random variables as an MCI-IS model, we can interpret the MCS …

… In contrast to conventional communication systems with one transmit and one receive …
in a stochastic (random) manner. In contrast, nongeometric stochastic models describe and …

… the modeling for small-scale fading phenomena. We observe that in many mobile communication
systems, … We observe that because in open area there always exist random specularly …

… , especially in mobile environments. In mobile communications systems there are different
im… There are different stochastic models that are frequently used in the literature, some of them …

… model based on stochastic geometry is capable of accurately modeling the communication
performance of cellular … Haenggi, “Spatial stochastic models and metrics for the structure of …