Herein, such models are obtained by using a novel approach based on a modified concept of component mode synthesis.
After a short introduction to the concept of component, its external model, integrating notions of services, versions and modes, are recalled to formalise the component description.
After defining the concept of component in our context, we present our methodology that is based on a two-level hierarchical scheduling paradigm.
This paper enhances the model based method proposed in Travé-Massuyès, et al. (2001) based on the concept of component supported analytical redundancy relations, which considers recent results crossing over the FDI and DX communities.
The first model, called hidden logistic regression (HLR), introduces the concept of component as a latent variable into the simple LR, so that the protein and the component can determine the expressed features together.
The main contribution of this paper is to unify the concepts of components and services in the context of cloud applications, so that the various promises of the new service ecosystem become a reality.
In this paper, we show how the concepts of components, features and services are used today in the Online Conference System (OCS) in order to marry the modelling of functionally complex, online reconfigurable internet services at the application level with the needs of a model-driven development amenable to analyze and verify the models.
CLACS [28] uses the concepts of component-based software development to model the architectural specifications.
This chapter introduces the concepts of component and process variability, and the allocation of component tolerances.
