Comparative Study of PEGASIS Protocols inWireless Sensor Network
Journal Title: IOSR Journals (IOSR Journal of Computer Engineering) - Year 2014, Vol 16, Issue 5
Abstract
Abstract: The area of Wireless Sensor Networks (WSNs) is one of the fast growing and emerging field in the scientific and engineering world. It is an ad-hoc network that consists of small nodes with sensing, computing and communicating wireless abilities. These sensor nodes are densely deployed in the sensor field environments. The environment can be an Information Technological framework, a physical world, or a biological system.The main objective of WSN is to sense the crucial information from the environment depending on the type of application for which it is deployed and send this information to its Base Station (BS) so that it can take corrective actions. These Sensor Nodes communicate with each other via various Routing Protocols. Protocols in WSNs are broadly classified as Flat, Hierarchical and Location Based routing protocols. This paper presentshierarchical routing protocol, Power Efficient Gathering in Sensor Information Systems (PEGASIS) and a comparative study on various versions of PEGASIS protocols
Authors and Affiliations
Hetal Rana , Sangeeta Vhatkar , Mohommad Atique
Keywords
Related Articles
- EP ID EP162995
- DOI 10.9790/0661-16512530
- Views 98
- Downloads 0
A Survey on Authorization Systems for Web Applications
Abstract: Web services are the most important point of usage for the modern web architecture. The Serviceoriented architecture (SOA) used in web services offers a simple platform for integrating heterogeneousdistri...
A Hough Transform Implementation for Line Detection for a Mobile Robot Self-Navigation System
Abstract: This paper presents an implementation of the Hough transform for detecting straight lines within rectilinear environments for further processing towards automatic recognition of a path by a mobile robot for the...
HDL Design for Exa Hertz Clock based 2e23-1 Exa Bits Per Second (Ebps) PRBS Design for Ultra High Speed Applications/Products
Abstract: The Design is mainly Intended for HDL Design for Exa Hertz Clock based 2e23 -1 Exa Bits Per Second (Ebps) PRBS Design for Ultra High Speed Applications/Products the estimation of HIGH Speed in terms of Ebps(Exa...
Iris Pattern Recognition
Abstract: The earlier experimental which were conducted has resulted in the biometric templates, which include the iris of human eye and the attributes of the individual, that are produced using different methods of reco...
Application for Women Safety
Abstract: This project presents an alert system for Women safety detection using common commerciallyavailable electronic devices to both detect the problem and alert authorities. We use an Android based smartphone...