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The emergence of  IEEE802.16 wireless standard technology (WiMAX)  has significantly increased the choice to  operators for the provisioning of wireless  broadband access network. WiMAX is being  deployed to compliment with xDSL in underserved  or lack of the broadband network area, in both  developed and developing countries. Many  incumbent operators in developing countries are  considering the deployment of WiMAX as part of  their broadband access strategy. This paper  presents an efficient and simple method for  planning of broadband fixed wireless access  (BFWA) with IEEE802.16 standard to support home  connection to Internet. The study formulates the  framework for planning both coverage and  capacity designs. The relationship between  coverage area and access rate from subscriber in  each environment area is presented. The study  also presents the throughput and channel  capacity of IEEE802.16 in different access  rates. An extensive analysis is performed and  the results are applied to the real case study  to demonstrate the practicality of using IEEE  802.16 for connecting home to Internet. Using  empirical data and original subscriber traffic  from measurement, it is shown that the BFWA with  IEEE802.16 standard is a capacity limited  system. The capacity of IEEE802.16 is related to  different factors including frequency bandwidth,  spectrum allocation, estimation of traffic per  subscriber, and choice of adaptive modulation  from subscriber terminal. The wireless access  methods and procedures evolved in this research  work and set out in this paper are shown to be  well suited for planning BFWA system based on  IEEE802.16 which supports broadband home to  Internet connections

Planning of Efficient Wireless Access with IEEE 802.16 for Connecting Home Network to the Internet