Performance Analysis of LTE and IEEE 802. 16 WiMAX in terms of Attenuation and BER via MATLAB; Scenario based ROF Amalgamation as Backhaul Technology

Abstract

The possibilities for fiber optics are nearly endless because they are flexible under extreme conditions and the signal do not distort easily. Wireless technology has introduced high speed internet accessibility through wireless broadband. Radio over fiber; the integration of microwave and optical networks is the potential solution for reducing cost in terms of equipment, running finance and capacity enhancement. Radio over fiber, a supreme technology for the amalgamation of wireless and wired environment, because it combines the best parameters of two mostly used communication technologies. The purpose of this paper is to analyze the performance of ROF as a backhaul technology when compared to the traditional optical fiber in wireless environments like LTE & IEEE 802.16 WiMAX. Radio technology over optical fiber as a medium can prove to be the next generation solution. The analysis is then used to identify ROF feasibility as a backhaul technology for LTE and WiMAX. Optical and ROF network is deployed using MATLAB for acquiring the results through simulation to prove the hypothesis.

Efficient signal transmission algorithms for remote sensing gamma radiation over developed mobil WiMax network

“…5 WiMax is a combination of both Wi-Fi and cellular network. 11,12 In addition, WiMax has the advantages of much faster deployment, high scalability, low upgrade cost, 9 and higher coverage range. 2 Security of transmitted signals inside WiMax is a challenge.…”

“…21 It can achieve communication over long distances. 12,15 It provides a higher quality of service (QoS). 11,17 Also, it has the advantages of lower cost and higher capacity to deliver multi-wireless services 22 for both access and in-home networks.…”

“…WiMax is the industrial name for IEEE 802.16e standards realized for broadband wireless access (BWA) 5 . WiMax is a combination of both Wi‐Fi and cellular network 11,12 . In addition, WiMax has the advantages of much faster deployment, high scalability, low upgrade cost, 9 and higher coverage range 2 .…”

“…Moreover, nuclear‐based signals are transmitted over a WiMax network due to their higher data rates 8,11,13,19,20 and higher throughput 21 . It can achieve communication over long distances 12,15 . It provides a higher quality of service (QoS) 11,17 .…”