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Influence angle of incidence model on walls and communications performance IEEE 802.11G

Abstract:

The objective of this research was to analyze the influence of the angle of incidence on concrete walls for the performance of IEEE 802.11g communications by means of experimental calculations. It was of explanatory type with experimental design, it was observed that the angle of incidence affects the yield obtained in 802.11g transmissions, for this it was necessary to take 30 samples of 100 packages for each angle (30°, 60° and 90°) on a concrete obstacle of 12 centimeters thick and other 30 samples without obstacles for use of control. Subsequently a descriptive analysis was performed, mean comparison, univariate general linear model analysis with Games-Howell post hoc tests. By means of a mathematical power pbkp_rediction analysis, the model equation was determined in order to determine the performance over 802.11g communications, obtaining an equation of Y=0.05 * (0.208x), which explains with an accuracy of 37.00% the influence model.