The fourth generation (4G) of mobile telecommunication
technology provides ultra-band internet access for mobile
devices such as smartphones, tablets, and laptops. One
of the challenges in the Long Term Evolution (LTE) 4G
networks is the low data rate for cell-edge users as well as
coverage gaps. In this paper, we define and evaluate models
for analysis of performance of mobile networks architectures
defined by 3GPP. We used the Discrete-Event System
Specification (DEVS) formalism to model the mobile networks
and implement the framework. The proposed model
implements the deployment layout of the Base Station (BS)
cellular antennas, and it manages the distribution and
movement of the User Equipment (UE) devices. The model
calculates the Propagation for each BS, as well as the pathloss
in the links between BSs and the UEs in the range. It also
computes the power received by the BS and the UE in
each link. These results will be used in the design of models
for Coordinated Multipoint approach in delivering faster data.