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Process Platform for the National Subsidies Information System
Orava, Martin ; Kreslíková, Jitka (referee) ; Rychlý, Marek (advisor)
This master thesis deals with proposal of design and demonstration of possible integration between Nation Subsidies Information System 2016 (ISND) and future solutions Enterprise Service Bus (ESB) Agribus and process platform Business Process Management (BPM) Agribus. There is performed an analysis of requirements for ESB AgriBus and BPM AgriBus. For the implementation of ESB AgriBus is used Apache ServiceMix. Furthermore, this thesis deals with a proposal of improvements of the current solution of ISND, which are required to perform new role in the ESB AgriBus. The possibility of the integration between ISND and ESB AgriBus is demonstrated on a model business process of application for grants.
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Process Platform for the National Subsidies Information System
Orava, Martin ; Kreslíková, Jitka (referee) ; Rychlý, Marek (advisor)
This master thesis deals with proposal of design and demonstration of possible integration between Nation Subsidies Information System 2016 (ISND) and future solutions Enterprise Service Bus (ESB) Agribus and process platform Business Process Management (BPM) Agribus. There is performed an analysis of requirements for ESB AgriBus and BPM AgriBus. For the implementation of ESB AgriBus is used Apache ServiceMix. Furthermore, this thesis deals with a proposal of improvements of the current solution of ISND, which are required to perform new role in the ESB AgriBus. The possibility of the integration between ISND and ESB AgriBus is demonstrated on a model business process of application for grants.
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Integration with framework SwitchYard
Osmík, Lukáš ; Pavlíčková, Jarmila (advisor) ; Gála, Libor (referee)
The thesis deals with enterprise service bus (ESB). In theoretical part there are described ESB and other technologies relevant to this topic. Next there are described advantages and disadvantages of the deployment and mapped current market of ESB solutions. Last chap-ter briefly discusses other technologies recovered for the practical part. The second part deals with the design and implementation ESB using framework SwitchYard. I describe the systems to be integrated, further progress in the development such as preparation envi-ronment, server configuration and description of the most important parts of the developed system. The last chapter deals with the practical part of the evaluation framework. It in-cludes the description of the errors that I have encountered in the development and verbal evaluation on the basis of general ESB functionality described in the theoretical part.
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SOA Governance
Pršala, Ondřej ; Bruckner, Tomáš (advisor) ; Kasal, Jindřich (referee)
The thesis is focused on administration and supervision of Service oriented architecture (SOA). The main idea of SOA is system decomposition to functional units, which contain bounded and well understandable functionality. This functionality, in form of service, is provided to other units through clearly described interface. Well-identified relationships between service provider and service consumer are created. SOA governance aims to manage these relationships, to monitor quality of services and to control adherence of stated rules and policies. These rules and policies are established by central team responsible for integration and architecture development. Starting point of successful architecture development is acquaintance of service portfolio and their inter-relationships. Each service should go through whole formal life-cycle, which particular phases have special policies applied. Main interest is devoted to run-time phase - run-time monitoring and run-time governance. Theory is complemented by practical examples of report generation and service monitoring with SLA adherence observation. The thesis also contains structural model of SOA governance taking into account infrastructural elements of SOA and information flows between them.
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