About the Book
Please note that the content of this book primarily consists of articles available from Wikipedia or other free sources online. Pages: 62. Chapters: Object Management Group, Meta-Object Facility, XML Metadata Interchange, Meta-process modeling, Glossary of Unified Modeling Language terms, Model-driven architecture, Semantics of Business Vocabulary and Business Rules, Executable UML, Use case, Object composition, Process-data diagram, Model-driven engineering, Metamodeling, Systems Modeling Language, Role Class Model, ATLAS Transformation Language, Metadata modeling, Ivar Jacobson, UML tool, UPDM, Inner class, Grady Booch, Software analysis pattern, QVT, Kermeta, VIATRA, Object Constraint Language, UML colors, Telelogic, UMLsec, Dependency, David Harel, Philippe Kruchten, Production Rule Representation, Model transformation, Reich Technologies, Object-modeling technique, Stereotype, Action, Swim lane, James Rumbaugh, Modeling Maturity Levels, Actor, Classifier, Node, UML Partners, Package, Modeling and Analysis of Real Time and Embedded systems, SysML Partners, SoaML, Profile, Component, Visual modeling, Model-driven integration, Enterprise Distributed Object Computing, Object-oriented software engineering, Artifact, UML in a Nutshell, Activity, MODAF Meta-Model, Powertype, UXF, UML-based Web Engineering, Event. Excerpt: Meta-process modeling is a type of metamodeling used in software engineering and systems engineering for the analysis and construction of models applicable and useful to some predefined problems. Meta-process modeling supports the effort of creating flexible process models. The purpose of process models is to document and communicate processes and to enhance the reuse of processes. Thus, processes can be better taught and executed. Results of using meta-process models are an increased productivity of process engineers and an improved quality of the models they produce. Meta-process modeling focuses on and supports the process of constructing proc...
