Global ETD Search

1	Inference modeling of gene regulatory networks Dejori, Mathäus. Unknown Date (has links) Techn. University, Diss., 2005--München.
2	Adopting Architectural Event Modules for Modular Coordination of Multiple Applications Malakuti, Somayeh, Zia, Mariam 30 September 2015 (has links) (PDF) Nowadays, large-scale software systems consist of multiple applications, which interact with each other to fulfill desired system-level requirements. It is usually required to coordinate the interactions of the constituent applications to ensure that the system-level requirements are fulfilled. In this paper, we outline a set of requirements that must be fulfilled to facilitate the modular composition of multiple applications. We introduce the concept of architectural event modules, which are abstractions to represent constituent applications and their coordination logic in a modular and uniform way. We explain the implementation of this concept in the EventReactor language, and define their formal semantics in processing events using the UPPAAL toolset. We illustrate the suitability of architectural event modules in achieving modularity and loose coupling in the composition of multiple applications by means of a case study in the domain of energy-efficient computing. Coordination Modularity Architectural Description Language Rolle Graphisches Modell Objektmodell Mathematisches Modell Kontext Formale Sprache ddc:004 rvk:SS 5514
3	Adopting Architectural Event Modules for Modular Coordination of Multiple Applications Malakuti, Somayeh, Zia, Mariam 30 September 2015 (has links) Nowadays, large-scale software systems consist of multiple applications, which interact with each other to fulfill desired system-level requirements. It is usually required to coordinate the interactions of the constituent applications to ensure that the system-level requirements are fulfilled. In this paper, we outline a set of requirements that must be fulfilled to facilitate the modular composition of multiple applications. We introduce the concept of architectural event modules, which are abstractions to represent constituent applications and their coordination logic in a modular and uniform way. We explain the implementation of this concept in the EventReactor language, and define their formal semantics in processing events using the UPPAAL toolset. We illustrate the suitability of architectural event modules in achieving modularity and loose coupling in the composition of multiple applications by means of a case study in the domain of energy-efficient computing. info:eu-repo/classification/ddc/004 ddc:004
4	A Combined Formal Model for Relational Context-Dependent Roles (Extended) Kühn , Thomas, Böhme, Stephan, Götz, Sebastian, Aßmann, Uwe 17 September 2015 (has links) (PDF) Role-based modeling has been investigated for over 35 years as a promising paradigm to model complex, dynamic systems. Although current software systems are characterized by increasing complexity and context-dependence, all this research had almost no influence on current software development practice, still being discussed in recent literature. One reason for this is the lack of a coherent, comprehensive, readily applicable notion of roles. Researchers focused either on relational roles or context-dependent roles rather then combining both natures. Currently, there is no role-based modeling language sufficiently incorporating both the relational and context-dependent nature of roles together with the various proposed constraints. Hence, this paper formalizes a full-fledged role-based modeling language supporting both natures. To show its sufficiency and adequacy, a real world example is employed. Rolle Kontext Compartment Relational kontextabhängig rollenbasiert Rollenmodel formales Model Role Context Compartment Relational Context-Dependent Role-based Role Model Formal Model ddc:004 rvk:SS 5514 Rolle Graphisches Modell Objektmodell Mathematisches Modell Kontext Formale Sprache
5	A Combined Formal Model for Relational Context-Dependent Roles (Extended) Kühn, Thomas, Böhme, Stephan, Götz, Sebastian, Aßmann, Uwe 17 September 2015 (has links) Role-based modeling has been investigated for over 35 years as a promising paradigm to model complex, dynamic systems. Although current software systems are characterized by increasing complexity and context-dependence, all this research had almost no influence on current software development practice, still being discussed in recent literature. One reason for this is the lack of a coherent, comprehensive, readily applicable notion of roles. Researchers focused either on relational roles or context-dependent roles rather then combining both natures. Currently, there is no role-based modeling language sufficiently incorporating both the relational and context-dependent nature of roles together with the various proposed constraints. Hence, this paper formalizes a full-fledged role-based modeling language supporting both natures. To show its sufficiency and adequacy, a real world example is employed. info:eu-repo/classification/ddc/004 ddc:004

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