Service-Oriented Decision Support Governance

This paper presents new approaches in service-oriented architecture domain area, focusing on technologies, which would be useful for interoperability among water decision support systems. Present demands on modern Information and Communication Technologies (ICT) infrastructure drive migration from the conventional n-tier systems to a service-oriented computing paradigm, described in terms of service-oriented architecture (SOA), infrastructure, process, and management. Environmental business process orchestration becomes an efficient way of combining security requirements on communication in crisis management structure. Furthermore, we mention how service-oriented portals integrate inflexible heterogeneous systems and thus help enterprises to unlock the functionality of existing legacy applications. Portals can leverage orchestration of underlying middleware components by being the single place where users interact with business processes using a standardized interface. Appropriate communication within the system in environmental decision support system is essential for minimization of disaster effects. Decision support systems finding the optimal strategies are mainly based on artificial intelligence computation technologies, which are extremely computations demanding. That is why we need to design interoperable structure in the context of service based communication. Case study of system structure providing evolution programming computation background for the environmental decision support tasks is presented in the paper.