A new method for re-allocation resource for Real-Time Service Oriented Architecture
Abstract. In recent years, Real-Time service oriented architecture has been highly considered. Such architecture is used in many business processes for loose connection services integration that is being utilized more by passing time. One of significant challenges of transferring service oriented aspects to Real-Time is to provide guarantee any kind of service performance before implementation time. In a way to guarantee its required resources for any service within requested time period. In this research, it recommended to a method for more utilization of resource free time and re-allocation of such time for services which have not gained all their required time.
M.Panahi, W.Nie, K-J.Lin.)2009(,“A Framework for Real-Time Service-Oriented Architecture”,on CEC '09 Proceedings of the 2009 IEEE Conference on Commerce and Enterprise Computing,pp.460-467
S.A.Moses, L.graunwald, and K.Dadachanji. )2008(,“A scalable data structure for real- time estimation of resource availability in build-to-order environments ”,Journal of Intelligent Manufacturing, pp.611–622.
M.Panahi, W.Nie, K-J.Lin.)2009(, “The Design and Implementation of Service reservations in Real-Time SOA”, on ICEBE '09 Proceedings of the 2009 IEEE International Conference on e-Business Engineering, pp.129-136.
S.zhou, k-j.lin.)2011(, “A Flexible Srevice Reservation Scheme for Real-Time SOA”, on 2011 eighth IEEE International Conference on e-business engineering, pp.215-222.
Qing Xiong, Chanle Wu, Jianbing Xing, Libing Wu, Huyin Zhang.)2005(, “A linked-list data structure for advance reservation admission control”, Proceedings of the Third international conference on Networking and Mobile Computing, pp.901-910
Tao Wang, Jianer Chen. (2002), “Bandwidth tree - a data structure for routing in networks with advanced reservations”, in 21th IEEE International Conference on Performance, Computing, and Communications, pp.37-44.