Year : 2018, Volume : 9, Issue : 2
First page : ( 171) Last page : ( 176)
Print ISSN : 2249-3212. Online ISSN : 0975-8089. Published online : 2018  1.
Article DOI : 10.5958/0975-8089.2018.00016.7

Performance of IP-Based Wireless Sensor Network with 1-M Granularity Cartesian Terrain

Narmada A.^1,*, Rao Parvataneni Sudhakara^1,**

¹Professor, ECE Department, Vignan's Institute of Management and Technology for Women, Hyderabad, Telangana, India

(*Corresponding author) email id: *naralap@gmail.com

**hyd.vmtw.principal@gmail.com

Abstract

The interconnected architecture of distributed sensor nodes to record and collect remote data is a vital part of wireless sensor network that finds a wide range of applications in military, surveillance, consumer electronics and others. A middleware christened ZigBee-IP (ZI) stack is proposed and published so that different consumer electronic devices are glued together and programmed as one virtual personal area network. The newly proposed ZI stack is required to be tested with different weather conditions and terrain specifications so as to enable for future developments of the original ZI stack. 1-M granularity terrain with 100 m × 100 m size is chosen for experimentation because this type of Cartesian terrain format is intended to provide terrain data for small areas specified in Cartesian co-ordinates such as 100 m × 100 m which is preferably used for this application. This paper presents the performance analysis of ZI stack with 1-M granularity terrain with 25 nodes. The performance of such Wireless Sensor Network (WSN) is analysed and compared with that of ZigBee stack with the help of experimentation setup and the respective results in different cases when various obstacles are present in the case of 1-M granularity terrain.

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Keywords

1-M granularity, RIP, CSMA, Cartesian, Terrain, WSN.

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