Article

Article title ANALYSIS OF THE WIRELESS LOCAL AREA NETWORK SIGNALS INTENSITY IN ADJACENT ROOMS
Authors A.I. Panychev, I.V. Dubinskaya
Section SECTION I. METHODS IMAGE AND SIGNAL PROCESSING
Month, Year 11, 2013 @en
Index UDC 621.396.98
DOI
Abstract Refraction of electromagnetic waves plays a significant role in ensuring the wireless inside the building without direct visibility. The modeling of rays passage through the building walls is carried out with the purpose of the analysis of WLAN signals intensity in premises adjacent to the place of the access point location. The refraction of rays is considered in the approximation of geometrical optics. The algorithms for constructing the trajectory calculation of the intensity of the beam multiple refraction in the case of a predefined position access points and client network connection are designed. The procedure for constructing three-dimensional route is based on the calculation of the ray intersection points coordinates with each of the refractive surfaces, for which solved by a system of nonlinear algebraic equations. Presents some results, illustrating the efficiency of proposed algorithms in problems of estimating the share of the field, passing from adjacent premises in the global interference pattern of the WLAN signals intensity distribution.

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Keywords WLAN; geometrical optics method; rays refraction; algorithm; rays tracing.
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