Análisis de la tecnología WDS para diseño de redes Wi-Fi auto extensible en las arquitecturas Hardware Atheros y Broacom y su implementación en el Gobierno Autónomo Descentralizado de Cebadas.

Abstract

This research focuses on the analysis of the WDS network design technology used in Wi - Fi auto extensible in the hardware architectures Atheros and Broadcom, and focuses on the implementation in the Autonomous Decentralized Government of Cebadas. In this research, the methods that were used are: scientific, deductive, and comparative to be able to analyze the performance of Atheros and Broadcom WDS, compare the results between the 2 architectures in 4 different locations during 20 days of observations and determine the optimal architecture for implementation of the Wi - Fi auto extensi ble networks in Cebadas. CommView for WiFi enabled us to capture the network packets, store them in a database and establish parameters for comparison with the data obtained we proceeded to calculate the analysis of variance with Fisher at 0.01 and 0.05 l evels of probability and ratify the results with InfoStat, this will allow to process the ADEVA, and will provide separation of means and the significance level by the Tukey test at the 5% probability. A comparison between architectures and localities, th e Broadcom architecture received 35490.54 and transmitted 45033.34 packets, values that are far outweighed by the Atheros architecture which received 128129.45 and transmitted 661980 packets, therefore there is a hi ghly significant difference (** ) between the architectu res in the different treatments . The Atheros hardware architecture was selected to design the Wi - Fi auto extensible in Cebadas since it achieved 100 % connectivity between network users, and allowed to expand coverage in the “Concha Acústic a “and in the central market.