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Improving the flexibility and added complexity are two terms that must be considered carefully when presenting new solution for the next generation mobile networks or (5G). Reliability, availability, latency and data rates are some of the key indicators of the performance of the new systems. Heterogeneous network supported by computing functionality is one of the most recent added flavor topologies to LTE technology and the upcoming next generation mobile network. Mobility is yet one of the main challenges in such system. Allowing the user to serve the world of the data without interruption while in the move between the different cells of the Heterogeneous network is required to keep high level of the user's quality of experience.

in contrast to the previous generations, the next generation mobile network will be largely driven by data. Data are increasing in exponential way due to the increase number of smart mobile devices and network connection capabilities. Mobile connectivity has become essential for many network users, and demand for mobile broadband to access the different applications and services on the internet is increasing in a rapid way. Therefore, data delivery will represent a challenging area for the mobile networks, taking in consideration the adaption of advanced multimedia application, video content and IoT applications. New methods, strategies, and techniques that provide Interworking and harmonization between computer and telecom network in a unified heterogenous ecosystem that can provide computing capabilities in the edge should be considered for the implementation of next generation of mobile networks.

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