Fault-tolerant in wireless sensor networks using fuzzy logic
Journal Title: International Research Journal of Applied and Basic Sciences - Year 2014, Vol 8, Issue 9
Abstract
A wireless sensor network with a large number of sensors to monitor the disposal of hazardous and inaccessible environments, placed. Sensors in wireless sensor networks due to energy depletion, hardware failure, software, and communication link errors, … may be damaged or fail. Thus, fault tolerance is one of the most important requirements for wireless sensor networks is considered. Fault tolerance means that In case of deterioration of sensors, network will continue to work correctly, without failure impact on network performance. In this paper, we propose algorithm for increasing fault tolerance Using fuzzy logic in wireless sensor networks. In the proposed algorithm, When the sensor is broken, The space covered by the sensor without cover remains and This space is lost due to sensor failure, by neighboring sensors faulty sensor are covered. the case that at each step of the algorithm, A neighbor of a faulty sensor that has a higher priority, to cover the lost space due to sensor failure is selected and it moves toward. To calculate prioritize neighbors, from fuzzy logic is used. Neighbor priority is based on the distance to the neighboring sensor faulty sensor, the distance to cluster heads, the amount of remaining energy and the amount overlapping sensing range neighbors sensors is determined. Then we compare the proposed algorithm with the algorithms FBFT, FTO, WCPZ. simulation results show that the proposed algorithm in terms of the motion sensors in the environment, fault-tolerant time, the amount of coverage has been better than the previous algorithm.
Authors and Affiliations
Sara Behzadi| Master student of Computer Software, Islamic Azad University, Science & Research Branch, saveh,email: srbehzadi@yahoo.com, Mohammad Azad| Faculty member, Islamic Azad University, Science & Research Branch, saveh
Keywords
Related Articles
- EP ID EP6717
- DOI -
- Views 326
- Downloads 12
A Study on Climatic Design in Traditional Architecture of Temperate and Humid Climate
As we know life style and model in human communities and growing trend of population increase the use of just natural conditions of environment to provide thermal comfort is not for human beings. This has doubled the nee...
Impact of sowing date on growth and yield attributes of Pop Corn grown under different densities
The effect of different sowing dates (Jun 5th , Jun 20th, July 6th , July 21th) and densities rates of 60000, 70000, 80000 and 90000 plant/ha on growth and yield components of Popcorn (Zea mays everta Sturt.) was investi...
Providing a fault-tolerant algorithm for on-chip interconnection networks
As technology scales, fault tolerance has become a key concern in the on-chip communication. On-chip network reliability can be increased with the development of fault-tolerant routing algorithms. Distributed routing alg...
Politeness in Study Abroad
The concept of politeness as an important notion in the study of human interaction had been originally introduced in the field of sociology and later was extended in the areas of discourse analysis and pragmatics. Using...
A checklist of the Scymninae (Coleoptera: Coccinellidae) of Iran
A chek list of 46 species of Scymninae (Col. Coccinellidae) that occur in Iran is presented based on litrature searches. Species belong to 7 genera and 3tribes. The highest number of species have been recorded from the s...