… a common mathematical theory. Based on some key observations, this paper develops the
… mathematical theory behind common dynamic load-balancing schemes in cellular networks…

… architecture, called a cellular neural network, which possesses some of … cellular neural
networks in Section VI. Finally, two similar mathematical models are compared with our cellular …

… cellular networks, the presented unified approach applies for other types of wireless networks
… This paper then extends the unified approach to capture cellular network characteristics (…

… states of the network. With the theory, effects of changes in network topology can be treated
… Perhaps there is here something of the mathematical theory of epigenesis and development …

… In the remainder of this paper, we will show how the theory developed in this section is
useful to characterize interference in wireless networks, enabling a wide variety of applications. …

… , a theoretical framework of a multi-tier cellular network based on random spatial models was
developed and it was shown that essential intuition of these mathematical … cellular network …

… applying it to analyze two key cellular network parameters: handover rate and … cellular
networks, which have ever-smaller cells. Then we apply the proposed model to cellular networks …

… theory, this paper proposes a mathematical framework to model random blockages and analyze
their impact on cellular network … the performance of cellular networks in urban areas with …

… results to a heterogeneous cellular network (HCN, or “HetNet”… tractable analytical models
for cellular networks. And indeed, … mathematical results reasonably describe realworld cellular …

… continuum physics and mathematics. We base our own approach on what we call ‘cellular
networks’, consisting of … automata (ie simpler and more rigid variants of our cellular networks). …