ENERGY EFFICIENT SLEEP SCHEDULING WITH DISJOINT BACKBONE NODES AND DUTY CYCLE WITH OPTIMIZATION
Journal Title: International Journal of Engineering Sciences & Research Technology - Year 2015, Vol 4, Issue 1
Abstract
Wireless Sensor Networks (WSNs) growing day by day for flexible and fast communication which uses by many applications. Energy is the important parameter in WSN for long life communication. In this paper we present “Energy Efficient sleep scheduling with disjoint backbone nodes and duty cycle with optimization.”. Backbone scheduling is designed for WSNs has redundant sensor nodes which form multiple disjoint backbones which work alternatively to increase the life of network by saving the energy. In VBS, traffic is only passing through the disjoint backbone, so that time other backbone is in sleep mode i.e. switch off their radios to save energy. The utilization of multiple backbones makes sure that the proper energy consumption of all sensor nodes is done, which fully utilizes the energy and increase the life of sensors than the existing techniques. In this paper we find the disjoint set of backbones such that all nodes in backbone are one hop away from set & maximum no. of sensor nodes are one hop away from that set which definitely improve the Quality of Service(QoS). Because of this one hop distance between sensor nodes and backbone we control the traffic through the proper utilization of sensor nodes and backbone node
Authors and Affiliations
Ajit R. Pagar, D. C. Mehetre
Keywords
Related Articles
- EP ID EP153033
- DOI -
- Views 66
- Downloads 0
EVALUATION OF DROUGHT CHANGES OF ISFAHAN CITY BASED ON THE BEST FITTED PROBABILITY DISTRIBUTION FUNCTION
Generally, in arid and semi-arid region due to climatic conditions, a good match between conventional agriculture, soil and water conditions as well. Personal experiences of rural and old traditions teaches them h...
Image Retrieval by Content Using Descriptors
Image retrieval from large databases has become easier nowadays through the digitization of images. One such methodology which is widely used forms the image retrieval by its content. CBIR enhances the technique of ret...
Data Compression in Multimedia (Text,Image,Audio and Video)
Multimedia files are large and consume lots of hard disk space. The files size makes it time-consuming to move them from place to place over school networks or to distribute over the Internet. Compression shr...
Vibration Analysis of Laminated Composite Plates with Holes
Fiber reinforced composite materials are widely used in variety of engineering applications due to its superior properties than the conventional materials. In this investigation free vibration analysis of four lay...
Femtocell : Is It the Future
The femtocell concept aims to combine fixed-line broadband access with cellular telephony using the deployment of ultra-low-cost, low-power third generation (3G) base stations in the subscribers' homes or premises...