Flexible Service Oriented Network Architecture for Wireless Sensor Networks
AbstractWireless Sensor Network (WSN) is a combination of homogeneous andheterogeneous sensor nodes which are physically deployed at different places. HeterogeneousWSM can be characterized with different parameters such as hardwareresources, application, services, software platform and network. WSN are powerfultechnology, which is used to build up many applications in the era of technologicaldevelopment. These developments demand homogeneous or heterogeneous services asper the user requirements at applications level. The requirement results in increasingthe number of services over the network and hence the number of complexities.Complexities of wireless sensor networks are increasing due to the lack of adoption ofnew services, new protocols and interoperability between heterogeneous services withcommon communication architecture. This paper deals with these issues of wirelesssensor networks, elaborating the need of generalized communication architecture forapplications, developers and users, proposing generalized Flexible Service OrientedNetwork Architecture (FSONA) to solve above issues along with the detailed functionalityof the proposed architecture.
 Al-Jaroodi J., Al-Dhaheri A. (2011); Security issues of service-oriented middleware, International Journal of Computer Science and Network Security, 11(1): 153-160.
 Al-Jaroodi J., Mohamed N. (2012); Service-oriented middleware: A survey, Journal of Network and Computer Applications, 35(1): 211-220.
 Alkazemi B.Y. (2012); Support Cross-domain Components Composition in Software Production Lines, 7th International Conference on Software Paradigm Trends (ICSOFT 2012), 421-426.
 Alkhatib A. (2012); Wireless Sensor Network Architecture, International Conference on Computer networks and Communication Systems (ICNCS 2012), 35: 11-15.
 Dai L., Xu H.K., Chen T., Qian C., Xie L.J. (2014); A Multi-objective Optimization Algorithm of Task Scheduling in WSN, International Journal of Computers Communications & Control, ISSN 1841-9836, 9(2): 160-171.
 Canete E., Chen J., Diaz M., Llopis L., Rubio B. (2008); USEME: A Service-oriented Framework for Wireless Sensor Networks and Actor Networks, Proc. ASWN2008, 47-53.
 Hadim S., Mohamed N. (2006); Middleware challenges and approaches for wireless sensor Networks, IEEE Distributed System Online, 7(3): 1-23.
 Han G., Xu H., Duong T.Q. (2011); Localization algorithms of Wireless SensorNetworks: a survey, Telecommunication system, Springer, 52: 2419-2436.
 Janakiram D., R. Venkateswarlu R. (2005); A Distributed Compositional Language for Wireless Sensor Networks, Proc. of IEEE Conference on Enabling Technologies for Smart Appliances (ETSA), 1-11.
 Jiao B., Son S.H., Stankovic J.A. (2005); GEM: Generic Event Service Middleware for Wireless Sensor Networks, Available online http://www.cs.virginia.edu/~stankovic/ psfiles/binjia-inss.pdf, 1-6.
 Lozano-Garzon C., Ortiz-Gonzalez N., Donoso Y. (2013); A Proactive VHD Algorithm in Heterogeneous Wireless Networks for Critical Services, International Journal of Computers Communications & Control, ISSN 1841-9836, 8(3): 425-431.
 Khedo K.K., Subramanian R.K. (2009); A Service-Oriented Component-Based Middleware Architecture for Wireless Sensor Networks, IJCSNS International Journal of Computer Science and Network Security, 9(3): 174-182.
 Kushwaha M., Amundson I., Koutsoukos X., Neema S., Sztipanovits J.(2007); OASiS: A programming framework for service-oriented sensor networks, Technical Report, USA.
 Manu A.P., Rudra B., Kumar V., Vyas O.P. (2012); Broker's Communication for Service Oriented Network Architecture, International Journal of Future Generation Communication and Networking, 5(4): 77-88.
 Marks M., Niewiadomska-Szynkiewicz E. (2009); Multi objective approach to localization in wireless sensor networks, Journal of Telecommun. Inform. Technology, 3: 59-67.
 Niewiadomska-Szynkiewicz E.,Marks M. (2009); Optimization schemes for wireless sensor network localization, Appl. Math. ComputerScience 19: 291-302.
 Oppermann F., Peter S. (2010); Inferring technical constraints of a wireless sensor network application from end-user requirements, Mobile Ad- hoc and Sensor Networks (MSN), Sixth International Conference on IEEE, 169-175.
 Reuther B., Henrici D. (2008); A model for service-oriented communication systems, Journal of Systems Architecture, 54(6): 594-606.
 Sifalakis M., Louca A., Bouabene G., Fry M., Mauthe A., Hutchison D. (2011); Functional composition in future networks, Computer Networks, Special Issue on Architectures and Protocols for the Future Internet, 55(4): 987-998.
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