# WLAN Performance Analysis Ibrahim Group of industries Faisalabad   Pakistan

**Authors:** Ahmed Mateen, Zulafiqar Ali, Tasleem Mustafa

arXiv: 1702.00127 · 2017-02-02

## TL;DR

This paper investigates WLAN performance at Ibrahim Group of Industries in Faisalabad, focusing on equipment, signal quality, data transmission, auto channel switching, and security to enhance wireless network effectiveness.

## Contribution

It provides an empirical analysis of WLAN systems in a real industrial environment, highlighting security issues and performance factors specific to the setting.

## Key findings

- Wireless signal quality varies across the environment.
- Security vulnerabilities were identified in the WLAN system.
- Auto channel switching impacts network stability.

## Abstract

Now a days several organizations are moving their LAN foundation towards remote LAN frame work. The purpose for this is extremely straight forward multinational organizations needs their clients surprise about their office surroundings and they additionally need to make wire free environment in their workplaces. Much IT equipment moved on Wireless for instance all in one Pc portable workstations Wireless IP telephones. Another thing is that step by step WLAN innovation moving towards extraordinary effectiveness. In this exploration work Wireless LAN innovation running in Ibrahim Group gathering of commercial enterprises Faisalabad has been investigated in term of their equipment, Wireless signal quality, data transmission, auto channel moving, and security in WLAN system. This examination work required physical proving ground, some WLAN system analyzer (TamoSof throughput) software, hardware point of interest, security testing programming. The investigation displayed in this examination has fill two key needs. One determination is to accept this kind of system interconnection could be broke down utilizing the exploratory models of the two system bits (wired and remote pieces. Second key factor is to determine the security issue in WLAN.

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Source: https://tomesphere.com/paper/1702.00127