Adarsh Journal of Information Technology

Suha Shariff ¹, G. F. Ali Ahammed ²

Affiliations
1 VTU, PG Center, Mysuru, IN
2 Department Digital Electronics and Communication System, VTU PG Center, Mysuru, IN

Abstract

The wireless sensor network has importance on account of latest information technology. Microelectrical mechanic-al system is used to evolve sensors over the last past decades. The enormous numbers of sensors are redistributed for sensing as well as accumulating data from its neighborhood through routing protocol. The leading goal of this paper is to evaluate AODV, STAR and ZRP routing protocols in WSN using Qualnet 7.1 simulator with different parameters like throughput, End to End delay and Jitter in CAP and average energy consumed in transmit, receive as well as idle mode. The simulation results show that ZRP gives better throughput, End to end delay and Jitter. Micaz energy mode consumes less energy transmit and receive mode compare to Micamotes energy mode.

Keywords

WSN Model, AODV, ZRD, Micaz Energy.

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K. Pavithra ¹, G. F. Ali Ahammed ²

Affiliations
1 VTU, PG Center, Mysuru, IN
2 Dept. of Digital Electronics and Communication System, VTU, PG Center, Mysuru, IN

Abstract

WIMAX (World Wide Interoperability for Microwave Access) is used to provide a wireless solution in the metropolitan area networks. WIMAX network is capable of wide range coverage, high data rates, secured transmission and mobility supported at vehicular speed. Mobile WIMAX is one of the best concepts for system designed in fixed wireless access to provide good performance and cost effective solution. In this paper, performance of the WIMAX network is analyzed in terms of throughput, end to end delay, and jitter and packet reception. Simulation is carried out using QUALNET simulator. In this paper AODV, DYMO, ZRP routing protocols are applied to the created mobility scenario. DYMO shows best packet reception, highest throughput, low jitter and low end to end delay. We can say DYMO showed best performance out of AODV, ZRP. Later we have compared WIMAX scenario having mobility and having no mobility by applying DYMO Protocol which we have got under experimentation in terms of best performance. WIMAX scenario having no mobility shows the highest packet reception, high through put, low jitter and low end to end delay compared to the WIMAX scenario having mobility. Later we have applied fading condition to the mobility scenario and it is compared with the WIMAX mobility scenario under no fading condition. We have got the result of high throughput and high packet reception in WIMAX Mobility scenario under no fading condition. To improve the Packet Reception in WIMAX mobility scenario under fading condition, we will going to Apply ARQ. As a result we have got the improved packet reception after applying ARQ to the WIMAX mobility Scenario under fading condition. WIMAX Scenario having Mobility Under fading and WIMAX Scenario having no Mobility under fading is compared. We have got high throughput and high packet reception in WIMAX Scenario having Mobility Under fading condition.

Keywords

WIMAX, AODV, HRQ, Tangbility.

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