Thesis deals with the delicate issue in the design of unlicensed wireless local network through software support and a concequently inappropriate result of real site survey coverage. Lots of buildings do not exist in the moment of planning stage.
The thesis is divided into three sections:
The first chapter describes the currently used unlicensed wireless standards. Methods of different approaches are described to design two dimesional (2D) and three dimesional (3D) spaces. Aim of thessis is summarized in conclusion of unadequate result between planned and real wireless signal coverage in three dimesional (3D) space.
The second chapter describes the technical characteristics of the software and the relevant characteristics of the access points, enabling the design in three dimesional (3D) space. Positioning using software's general attenuation of walls and ceilings tool consequently means a bad score coverage in a real building
In the third chapter proper approach to measuring the attenuation of walls and ceilings is presented and properly designed facility with minor deviations from real site survey is shown.
It is noted that the purpose of the thessis is completed, because it allows a confidence of more than 95% prediction of real coverage of the wireless signal in the process of planning a nonexistent building.
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