Applications of Graph Transformations with Industrial Relevance

Prof. Dr.-Ing. habil. Manfred Nagl ist Inhaber des Lehrstuhls Informatik III an der Rheinisch-Westfälischen Technischen Hochschule Aachen.

Dr. Manfred Münch ist Process Architect in der Software-Entwicklung im Bereich Anwendungsplattform der SAP AG in Walldorf. Der promovierte Ingenieur und langjährige Software-Entwickler hat sich erstmals 1988 bei der Heidelberger Druckmaschinen AG mit dem Thema Variantenkonfiguration befasst. Seit 1999 ist er im Produktmanagement und in der Entwicklung der SAP AG für das Thema Produktkonfiguration zuständig. Von 2001 bis 2004 hat er als Sekretär der Configuration Work Group die Geschäfte der SAP-Benutzergruppe zur Produktkonfiguration geführt.

Modularization Concepts.- Term Graph Rewriting and Mobile Expressions in Functional Languages.- Graph Transformation Modules and Their Composition.- Modeling Distributed Systems by Modular Graph Transformation Based on Refinement via Rule Expressions.- Distributed System Modelling.- From UML Descriptions of High-Level Software Architectures to LQN Performance Models.- On a Uniform Representation of Transformation Systems.- A Note on Modeling Agent Systems by Graph Transformation.- Compositional Construction of Simulation Models Using Graph Grammars.- Software Architectures: Evolution and Reengineering.- Graph-Based Reverse Engineering and Reengineering Tools.- Support for Design Patterns through Graph Transformation Tools.- Conditional Graph Rewriting as a Domain-Independent Formalism for Software Evolution.- Visual Graph Transformation Languages.- Visual Languages: Where Do We Stand?.- From Graph Transformation to Rule-Based Programming with Diagrams.- Using Fujaba for the Development of Production Control Systems.- Visual Language Modeling and Tool Development.- A Formal Definition of Structured Analysis with Programmable Graph Grammars.- Creating Semantic Representations of Diagrams.- Defining the Syntax and Semantics of Natural Visual Languages.- GENGED A Development Environment for Visual Languages.- Tool Development and Knowledge Modeling in Different Applications.- Graph Visualisation in ArchiCAD.- A Combined Graph Schema and Graph Grammar Approach to Consistency in Distributed Modeling.- Improving the Publication Chain through High-Level Authoring Support.- Learning and Rewriting in Fuzzy Rule Graphs.- A Proof Tool Dedicated to Clean.- Image Recognition and Constraint Solving.- Document Table Recognition by Graph Rewriting.- Image Structure from Monotonic Dual Graph Contraction.- Planning Geometric Constraint Decomposition via Optimal Graph Transformations.- Process Modeling and View Integration.- AHEAD: A Graph-Based System for Modeling and Managing Development Processes.- Formalizing UML-Based Process Models Using Graph Transformations.- Formal Integration of Software Engineering Aspects Using a Graph Rewrite System - A Typical Experience ?! -.- Towards Integrating Multiple Perspectives by Distributed Graph Transformation.- Visualization and Animation Tools.- Graph Algorithm Animation with Grrr.- An L-System-Based Plant Modeling Language.- Tool Demonstrations.- TREEBAG - a Short Presentation.- Tool Support for ViewPoint-Oriented Software Development.- UPGRADE - A Framework for Graph-Based Visual Applications.- Generating Diagram Editors with DiaGen.- PROgrammed Graph REwriting System PROGRES.- Testing and Simulating Production Control Systems Using the Fujaba Environment.- L-Studio/cpfg: A Software System for Modeling Plants.- DiTo - A Distribution Tool Based on Graph Rewriting.- A Demonstration of the Grrr Graph Rewriting Programming Language.- AGG: A Tool Environment for Algebraic Graph Transformation.- AGTIVE Workshop/Synmposium Panel Discussion on Industrial Relevance of Graph Transformation: The Reality and Our Dreams.- Best Presentation and Demonstration Awards.