Optimal distributed decision in wireless sensor network using gray wolf optimization

Ibrahim Ahmed Saleh, Omar Ibrahim Alsaif, Maan A. Yahya

Abstract


The distributed object decision (DOD) was applied to choose a single solution for problem among many complexes solutions. Most of DOD systems depend on traditional technique like small form factor optical (SFFO) method and scalable and oriented fast-based local features (SOFF) method. These two methods were statistically complex and depended to an initial value. In this paper proposed new optimal technical called gray wolf optimization (GWO) which is used to determine threshold of sensor decision rules from fusion center. The new algorithm gave better performance for fusion rule than numerical results. The results are providing to demonstrate of fusion system reduced of bayes risk by a high rate of 15%-20%. This algorithm also does not depend on the initial values and shows the degree of complexity is better than other algorithms.


Keywords


Bayesian risk, Distributed object decision, Distributed fusion sensor, Grey wolf optimization, Wireless sensor network

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DOI: http://doi.org/10.11591/ijai.v9.i4.pp646-654

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