2010Unpublished venueRequires access

Evaluation of Several Time Synchronization Protocols in WSN

Xiaolu Liu, Shumin Zhou

Open publisher page 6 citations

Abstract

Providing a powerful synchronization system is one of the most important goals to be pursued if an efficient utilization of WSN has to be addressed. This paper evaluates several classic time synchronization protocols based on clock model, and presents the sources of error on the basis of their elements. In detail, firefly algorithm achieves synchronization via a series of pulses emitted by pulse-coupled oscillators. The conclusions provide some reference for future study of improving the synchronization accuracy and efficiency.

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What this paper is about

Providing a powerful synchronization system is one of the most important goals to be pursued if an efficient utilization of WSN has to be addressed. This paper evaluates several classic time synchronization protocols based on clock model, and presents the sources of error on the basis of their elements. In detail, firefly algorithm achieves synchronization via a series of pulses emitted by pulse-coupled oscillators. The conclusions provide some reference for future study of improving the synchronization accuracy and efficiency.

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OpenAlex reports 6 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Providing a powerful synchronization system is one of the most important goals to be pursued if an efficient utilization of WSN has to be addressed. This paper evaluates several classic time synchronization protocols based on clock model, and presents the sources of error on the basis of their elements. In detail, firefly algorithm achieves synchronization via a series of pulses emitted by pulse-coupled oscillators. The conclusions provide some reference for future study of improving the synchronization accuracy and efficiency.

Key concepts: Synchronization (alternating current), Clock synchronization, Computer science, Firefly protocol, Time synchronization, Data synchronization, Self-clocking signal, Real-time computing

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