Commenced in January 2007
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Paper Count: 33122
Research on Load Balancing Technology for Web Service Mobile Host
Authors: Yao Lu, Xiuguo Zhang, Zhiying Cao
Abstract:
In this paper, Load Balancing idea is used in the Web service mobile host. The main idea of Load Balancing is to establish a one-to-many mapping mechanism: An entrance-mapping request to plurality of processing node in order to realize the dividing and assignment processing. Because the mobile host is a resource constrained environment, there are some Web services which cannot be completed on the mobile host. When the mobile host resource is not enough to complete the request, Load Balancing scheduler will divide the request into a plurality of sub-requests and transfer them to different auxiliary mobile hosts. Auxiliary mobile host executes sub-requests, and then, the results will be returned to the mobile host. Service request integrator receives results of sub-requests from the auxiliary mobile host, and integrates the sub-requests. In the end, the complete request is returned to the client. Experimental results show that this technology adopted in this paper can complete requests and have a higher efficiency.Keywords: Dinic, load balancing, mobile host, web service.
Digital Object Identifier (DOI): doi.org/10.5281/zenodo.1339968
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[1] Asif, Muhammad, Shikhairesh Majumdar. Hosting Web Service on Resource Constrained Devices. International conference on Web Service, 2007,7 :583-590.
[2] Alshawan, Faisal. Fragmentation, Orchestration and Federation of Complex resource-based Mobile Web Service. In IT CoNvergence PRActice, 2014, 3:51-78.
[3] Grondzak, Kortis. Cluster Load Balancing algorithms comparison. Emerging Learning Technologies and Applications, 2013 ,11:225-228.
[4] Qiuxi Zhong, Taoxie Chen. A coevolutionary approach to task allocation and scheduling. Journal of Computer Science, 2001,3:309-313.
[5] Shengyong Huang. Research on MDB Load Balancing and asynchronous concurrent short message distribution system. Modern computer, 2014,26:10-15.
[6] Jian Liu, Xuzhi Li. Research and implementation of a dynamic Load Balancing mechanism. Computer engineering and Applications, 2006,02:142-145.
[7] Asif, Majumdar. Performance Analysis of Mobile Web Service Partitioning Frameworks. Danced Computing and Communications, 2008,16:190-197.
[8] Sathya, Gobi, Kirubakaran. Performance Analysis of Partitioning Mobile Web Services. Emerging Trends in Science, Engineering and Technology (INCOSET), 2012,10:139-142.
[9] Shuixiao Hao, Dandan shen. Dynamic Load Balancing Algorithm in cloud. (UIC-ATC-ScalCom) ,2015,12.
[10] Xuezeng Pan, Kang Sun, Kuijun Lu, Jimin Wang, Ling Di Ping. Dynamic configuration system task time domain partition algorithm. Journal of Zhejiang University, ,2007,11:1839-1844.
[11] Feda AlShahwan, Klsud Moessner. Providing SOAP Web Services and RESTful Web Services from mobile Hosts. Internet and Web Applications and Services (ICIW) 2010,5:174-179.
[12] Kun Yang, Shumao Ou. On Effective OffLoading Services for Resource Constrained Mobile Devices Running Heavies Mobile Internet Applications. IEEE, Communications Magazine 2008,46:56-63.
[13] Kamal Eldin Mohamed, Duminda Wijesekera. A lightweight Framework for Web Services Implementations on Mobile Devices. Proceedings of the 2012 IEEE First International Conference on Mobile Services. 2012: 64-71.
[14] Rahul Garg, Akshat Verma. Balancing Stream Assignment for Service Facility. International Conference on High Performance Computing. 2010,12:1-10.
[15] Mohan, Liyanage. Lightweight Mobile Web Service Provisioning for Sensor Mediation. Proceedings of IEEE International Conference on Mobile Services, 2015:57-64.
[16] Josephine Spinoza Jane, Prof Somasundaram. Discovering and Accessing Web Service in Mobile Devices Using a Load Balancing Proxy-Based Service. Green Computing, Communication and Conservation of Energy (ICGCE), 2013,02:59-64.
[17] Qi Wang. Research on the application of resource constrained Web Service. Dalian Maritime University, 2015.