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I will pay for the following article Wireless System Engineering and Deployment. The work is to be 10 pages with three to five sources, with in-text citations and a reference page.
I will pay for the following article Wireless System Engineering and Deployment. The work is to be 10 pages with three to five sources, with in-text citations and a reference page. In the quest to expand the capacity, RF planning should also strive to maintain the acceptable grade of service, and for cellular networks, good quality of speech. Additionally, the plan should allow future expansion and growth especially for the number of sites and their location (Beutler, 53).
This initial phase involves an investigation of the properties of the future network. The operator seeks to know what kind of service the network will offer. This will then unlock the requirements the service may demand from the network. Key approximations in this phase are the area of coverage of the planned sites and the number of sites that are necessary for a given RF system. This stage does not capture the effects of the terrain which might obstruct waves (Beutler, 57).
Calculation of the link budget. It will define the coverage threshold and the cell range. Parameters that influence the link budget are. fade margin, base station, cable loss, the antenna gain of the mobile equipment and sensitivity.
Computer simulations will be done to evaluate the different possibilities to build up a radio network given the link budget and the digital map. It can be done using the optimization algorithm. Optimization helps us to reach values that of greater coverage with optimal capacity at the lowest possible costs. Planning on coverage will help to determine the range of service while planning on capacity will show the number of base stations to be used (Lempiàˆinen, 32).
Outputs which could have been produced at the end include a list of sites and site locations, optimal frequency plan, optimal antenna directions, detailed prediction on coverage and mobility parameters for every site.
- Continuous optimization phase
This last phase will involve a series of continuous adjustments with the aim of improving the network planning, which will be done through optimization of the RF constantly. . This captures extra service requirements or changes in the environment. Measurement data is collected regularly through drive testing the data collected is used both in planning new sites and optimizing the parameter settings of the sites that already exist.
