A Review on Design and Analysis of 5G Mobile Communication MIMO System with OFDM

Saurabh B. Ramteke, A. Deshmukh, K. Dekate
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引用次数: 13

Abstract

In today's modern era the speed of mobile communication system plays an important role in human's life. As numbers of customers are rapidly increases, there is necessity of improvement in speed of the network with as low as delay. Starting from first generation mobile communication speed makes the difference and researchers attracts to improve the speed of the network. When 3G and 4G are not fulfilling the gap of speed in human and their use then it is important to design 5G mobile communication system. 5G is planning to target at higher capacity than current 4G system, with higher density of mobile broadband customers. In this paper the design of 802.11 based 5G mobile communication systems with MIMO (Multiple Input Multiple Output) and OFDM (Orthogonal Frequency Division Multiplexing) techniques are explained. In this work AODV i.e. Adhoc on demand distance vector routing protocol which is reactive routing protocol is used. Here AODV technique is used to achieve higher throughput and high gain The network is evaluated on the basis of throughput, delay and packet delivery ratio of designed mobile communication system. Here Network Simulator 2 is used to design this proposed system.
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基于OFDM的5G移动通信MIMO系统设计与分析综述
在当今时代,移动通信系统的速度在人们的生活中起着重要的作用。随着用户数量的迅速增加,有必要提高网络的速度,尽量降低延迟。从第一代移动通信速度的差异开始,研究人员吸引了网络速度的提高。当3G和4G不能满足人类和它们的使用速度的差距时,设计5G移动通信系统就变得很重要。5G计划以比当前4G系统更高的容量为目标,拥有更高的移动宽带用户密度。本文阐述了基于802.11的5G移动通信系统的设计,该系统采用MIMO(多输入多输出)和OFDM(正交频分复用)技术。在此工作中使用了AODV即Adhoc随需应变距离矢量路由协议,这是一种响应路由协议。本文采用AODV技术实现了更高的吞吐量和高增益,并根据所设计的移动通信系统的吞吐量、时延和分组传送率对网络进行了评价。本文使用Network Simulator 2来设计该系统。
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