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Any modeling methodology typically includes service-oriented modeling language that can be used both for the organization of the domain of the solution "of the organization of problem domain" (the company), and (Department of Information Technology) whose unique perspectives often influence the "service" of strategy development life cycle and project implementation of this strategy. service-oriented modeling efforts typically create models that order soma C WALLACE 2103 Arlington provide a complete view of the analysis, design and architecture of all software entities "in an organization that can be understood by people with different levels of the business and order soma C WALLACE 2103 Arlington technical knowledge. Service-oriented modeling usually encourages the visualization software entities as "active" (focusing on active service), and refers to these assets collectively as "services." There are many different approaches have been proposed for the modeling of services, including EMS and FOBT. IBM announced Service-Oriented Modeling and Architecture (SOMA) that the first publicly announced SOA-related order soma C WALLACE 2103 Arlington methodology in 2004 [1]. EMS refers order soma C WALLACE 2103 Arlington to the context more general modeling services to design and build SOA. SOMA covers a broader scope and implement service-oriented analysis and design (SOAD) through the identification, specification and implementation services , components that provide these services (also known as "service components"), and flow that can be used to compose services. EMS includes an analysis and design method that extends the traditional analysis methods and object-oriented design based on components to include the relevant concerns and support of SOA. It consists of three main phases of the identification, specification and implementation of three key elements order soma C WALLACE 2103 Arlington of SOA, namely, services, components that provide these services (also known as service components) and flows that can be used to compose services. SOMA is a method from one end to order soma C WALLACE 2103 Arlington SOA for the identification, specification, implementation and order soma C WALLACE 2103 Arlington service delivery (including information services), components, flows (process / composition). SOMA is based on current techniques in areas such as domain analysis, which includes the functional areas, analysis of the variability caused (VOA) process modeling, component-based development, object-oriented order soma C WALLACE 2103 Arlington analysis and design and modeling use cases. SOMA introduces new modeling techniques such as service goals, the creation of the service model and test services to help determine the level of detail of a service.

SOMA identifies the services, the limits of the components, flows, compositions and additional information, including through domain decomposition techniques, the goal of modeling and analysis services of existing assets. Service-Oriented Modeling and Architecture (SOMA) is composed of the stages of order soma C WALLACE 2103 Arlington identification, specification, realization, implementation, deployment and management in which the fundamentals of SOA are identified and refinedand applied in each phase.

The fundamental building blocks of SOA consists of services, components, flows and related services, lainformation, policy and contracts.

The service-oriented modeling framework (FOBT) has been proposed by the author Michael Bell a holistic and anthropomorphic modeling order soma C WALLACE 2103 Arlington language for software development disciplines and uses a universal language to provide strategic and tactical solutions to business problems. [2] The term "global language" is part of a modeling language that can be used to design an order soma C WALLACE 2103 Arlington application, the economic and technological environment, whether local or distributed. This universality can order soma C WALLACE 2103 Arlington include application-level design and business solutions, order soma C WALLACE 2103 Arlington including computer nubeentornos SOA landscapes.

The order soma C WALLACE 2103 Arlington term "anthropomorphic", on the other hand, subsidiaries of the tongue with the implementation FOBT intuition and ease of use. In addition, FOBT language and its notation has been adopted by the platform modeling for Sparx Enterprise Architect that enables architects, engineers, managers, modelers, developers, and business and technical analysts to pursue the head of the disciplines Lifecycle FOBT. The service-oriented modeling framework (FOBT) is a service oriented methodology development cycle of life, a modeling process order soma C WALLACE 2103 Arlington specific to each discipline. Offers a variety of modeling practices and disciplines that contribute to a successful development services focused on the life cycle and order soma C WALLACE 2103 Arlington modeling in a project (see left image).