Location Based Radio Resource Allocation (LBRRA) in WIMAX and WLAN network

Abstract

We proposed WiMAX and WLAN interface technology for Location Based Radio Resource Allocation (LBRRA). Since as quality of technology increase demand is also increases with human nature. In this paper we are given solution for replacement of optical fiber (Fiber to Home) for internet. Our proposed solution has been reduced cost significantly for next generation networks (NGN).In this proposed solution we have replaced Wi-Fi router with WiMAX-WLAN router. The range of WiMAX is up to the 50km in radius so this network is satisfied end user within one city easily with high data rates, good Quality of Services (QoS), seamless mobility both within a network and between networks of different technologies and service providers. The network technology is developed to fulfill these requirements is standardized by IEEE, is 802.16, also referred to as WiMAX (Worldwide Interoperability for Microwave Access).In second phase how improve connection rejected by BS (Base Station) and client we can overcome both and also improve the QoS of the service in real time analysis for any location. Proposed work can apply in all types of location like hilly area, high traffic density area, medium traffic and ideal area. The Scope of this paper is to design a WiMAX Network to support a wide variety of applications. WiMAX defines five scheduling services in which all applications are supported. The performance analysis of a WiMAX network is done on the basis of Resource Allocations, from this analysis we can justify that, how many packets are created in the network, how many packets are copied, how many packets are destroyed on each and every nodes with location based so that we can improve or analyze with better understanding of any networks. In last phase analyzed the request band width (BW) and admitted bandwidth with WLAN and WiMAX interface with Adaptive Modulation and coding (AMC).