Delay and Throughput Analysis of Fiber-radio Networks Based on 5G Heterogeneous and NG-PON2

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Davari, Taha | 2018

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Type of Document: M.Sc. Thesis
Language: Farsi
Document No: 51287 (05)
University: Sharif University of Technology
Department: Electrical Engineering
Advisor(s): Salehi, Javad; Beyranvand, Hamzeh
Abstract:
In the future mobile network 5G will offer high speed and low delay but millimeter wave link are poor at penetrating into solid objects. Thus future network will be a hybrid of traditional sub-6GHz macrocells and denser 5G small cells. We develop a general analytical model to derive delay and throughput in this network. First we analyse the initial access delay which is very important in Internet of things and machine to machine communication. Then we go into data delay of network. With the foreseeable explosive growth of small cell deployment, backhaul has become the next big challenge in the next generation network. We analyse two option of fiber and millimeter wave. At the end we have end to end delay of heterogeneous network form core to the user and reach the association policy which minimize the mean network packet delay
Keywords:
5th Generation Cellular Network ; Stochastic Geometry ; Heterogeneous Networks ; Delay Analysis ; Throughput ; Optical Fiber Network ; Optical Fiber-Radio Network

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