Wireless Communication

R. S. Sawhney ¹, Rajan Vohra ¹, Manmeet Kaur Khurana ¹, Sunandika Mann ²

Affiliations
1 Department of Electronics Technology, Guru Nanak Dev University, Amritsar (Punjab), IN
2 Department of Information Technology, Karnataka State Open University, IN

Abstract

-The widespread reliance on networking and Internet applications created a need for a technology that provides reasonable speed, access anywhere and a most cost effective solution. We have introduced the OPNETTM network simulation as a primary tool for been taken as reference model. The scenarios implemented include two types of applications (Database and FTP) in two different sites each comprising of 20 users and results indicate that response timeand Task processing time are highly affected by the number of usersper application with and without load balancing.

Keywords

Load Balancing, Media Access Delay, Task Processing Time, Response Time.

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Rajan Vohra ¹, R. S. Sawhney ¹, Sahibjeet Singh Dhindsa ¹

Affiliations
1 Department of Electronics Technology, Guru Nanak Dev University, Amritsar (Punjab), IN

Abstract

This paper presents the modeling and implementation of Wireless Local Area Network (WLAN) based on OPNET simulator. Our model is then evaluated to measure the performance of the wireless local area network for campus/university environment. We tested our model against two types of applications (database and FTP) in two sites each comprising of 20 users and found that among a set of other parameters response time and Task processing time were highly affected by the number of users per application with and without load balancing. OPNET simulation showed the impact of load balancing on wireless and wire-line network for two different types of applications (database and ftp)[5-15].

Keywords

WLAN, Load Balancing, Delay, Task Processing Time, Throughput.

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