The present invention provides a model-based tailored ecosystem and in its design methods, functions according to the purpose of the ecosystem Classification and functional design scenarios and features to enhance the efficiency of the overall system development by allowing you to configure the optimal systematic ecosystem objectives and strategies for the consideration of the ecosystem developers a common design template consisting of meta-model defined for the module can. It is also possible that spontaneous system evolution as a function of flexible, depending on the access pattern of the user request or ecosystem is changed based on the meta-model. As a result, deployment and diffusion of improved outcomes through the ecosystem, as well as to maximize the efficiency and flexibility of the ecosystem itself. In other words, the variability is frequent or user involvement is important on a wide variety of embedded systems developers, and, depending on your point of view on the development of eco-system configuration flexibility by enabling adjustment based on the model to ensure efficient and error-free connection with the eco-system expansion can be.
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