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Efficient Protocol Selection and Estimation in Wireless Sensor Network

Arun Sharma

Abstract


The energy consumption is a major parameter challenge for wireless sensor networks (WSNs) promise to enable a wide variety of applications, providing a revolution in the areas of distributed, remote, and wireless sensing. Stable election protocol (SEP) was a path breaking protocol which increased the stability time of a network. SEP is a heterogeneity-aware protocol Stability time is the time taken for the first node to die in the network. The most significant constraints on sensor nodes are the low power consumption protocols must focus principally on power conservation. They must have inbuilt substitution mechanisms that give user the option of prolonging network lifetime. Results were obtained when the three protocols-HEEPSCC (hybrid energy efficient protocol for stable concentric clustering), EECS (energy efficient clustering scheme) and SEP. the values found were to be 15.8, 4.4 and 2.9 in HEEPSCC, EECS and SEP, respectively. It can be HEEPSCC is 41% to 50% more efficient than EECS and SEP respectively which means HEEPSCC is best protocol for wireless network than other protocol.


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Shuaib-Babata YL, Abdulqadir BL. Effect of rice-husk on properties of Okelele clay in Ilorin, Kwara State. Nigeria Held at the Conference Centre. Paper Presented at the 6th Engineering Forum of School of Engineering, The Federal Polytechnic, Ado–Ekiti, Ekiti State, Nigeria. Ado–Ekiti: Federal Polytechnic; 2010. State 4th–7th Oct, 2010.

Abdul JM. Effect of some selected chemical additives on shrinkage and compressive strength of ball clay in Ikotun. Niger J Mech Eng. 2005;3(1):29–36.

Samuel JO, Adeyemi MB. Effects of silica/clay types and compositions on the properties of ceramic tiles. J Raw Mater Res. 2004;1(1):42–51.

Mittal S, Shukla JP. Soil testing for engineers. Delhi, India: Khanna Publishers; 2003.

Alabi AGF, Abdulkareem YA 2011. Technology of Ilorin emirate in Ilorin: Centre of Learning. S.A. Jimoh Edited. Ilorin: Jimson Publishers. pp. 183–91.

Shuaib-Babata YL. Evaluation/assessment of tensile properties of some commercially available steels in Ilorin Metropolis, Nigeria. J Res Eng. 2008;5(3):76–82.

Jackson W, Dhir RK. Civil engineering materials. 4th ed; 1988, ELBS with. Longman Educational Ltd., Basin, Stoke. Hong Kong. P. 11–8.

Hassan SB. The effects of silicon carbide on some refractory properties of Bauchi clay. Niger Soc Eng Tech Trans. 2002;37(4 (Oct–Dec)):79–89.

Mtallib MOA. Effect of Ricehusk Ash on the Atterberg limits of a Laterittic Soils. Proceedings of the Nigerian materials congress (NIMACON-2006) and the meeting of the Nigerian Materials Research Society (Nigerian-MRS), held at Merit house, Abuja, Nigeria (Nov 15–18); 2006. p. 193–201.

BS1377. Methods of test for soils for civil engineering purposes. Gr. 1975;10. British Standards.

American Society for Testing and Materials, ASTM. Annual book of ASTM standards. Refractories, glass, ceramic materials, carbon and graphite products, Part 17. Philadelphia: ASTM; 1982. P. 7–510.

Chesti AR. Refractoriness–manufacture, properties and applications. Prentice-Hall India Priv Limited N-Delhi. 1986. PMID 110001.

Omowumi OJ. Characterization of some Nigerian clay as refractory materials for furnace lining. Niger J Eng Manag. 2000;2(3):1–4.

Chudles R. Construction technology. 2nd ed. Vol. 1. Singapore: ELBS with Longman Publishers; 1996. p. 48.

Emesiobi FC. Testing and quality control of materials in civil and highway engineering. Port-Harcourt, Nigeria: River State University of Science and Technology; 2000.




DOI: https://doi.org/10.37628/ijaem.v6i2.1470

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