EFECTO DE LOS OBSTÁCULOS TIPO POLIMERO RESINA EN RENDIMIENTO DE REDES TCP/IP/IEEE 802.11G MODO AD-HOC

Abstract

ABSTRACT The primary research aims to develop a mathematical model that evaluates the effect of obstacles polymer resin type on performance of TCP/IP/IEEE 802.11g ad-hoc mode, so for the purpose of establishing the relationship between the polymer resin obstacles diameter and the performance of a wireless ad-hoc network, to transmit data via FTP. The explanatory type of research is experimental design. The types of polymer resin selected were evaluated according to its economic aspect, use and availability. 7 assessments were developed test, the first scenario is the control, which has no barriers of polymer resin, 3 to the polymer PVC resin and 3 to the polymer resin foam. Results comply with the proposed objectives, we developed a mathematical model using the linear regression method of least squares completions. According to the scatter plots and the study sample correlation coefficient obtained, the behavior of wireless network performance in a TCP/IP/IEEE 802.11g ad-hoc mode with obstacles of a polymer resin, is given by the following equation for PVC y = 0.072x + 0.786, for the following polyurethane foam y =-0.020x + 0.747. PVC was concluded that mainly affects the performance of such networks of polyurethane foam. Keywords: Performance, FTP, PVC, Polyurethane foam, 802.11g, Least squares