CAiSE 99 is the 11th in the series of International Conferences on Advanced Information Systems Engineering. The aim of the CAiSE series is to give - searchers and professionals from universities, research, industry, and public - ministrationthe opportunityto meetannuallytodiscussevolvingresearchissues and applications in the el d of information systems engineering; also to assist young researchersand doctoralstudents in establishing relationships with senior scientists in their areas of interest. StartingfromaScandinavianorigininthelate1980 s, CAiSEhasevolvedinto atrulyinternationalconferencewithaworldwideauthorandattendancelist. The CAiSE 99 programlisted contributions from 19 countries, from four continents! These contributions, 27 full papers, 12 short research papers, six workshops, and four tutorials, were carefully selected from a total of 168 submissions by the international program committee. A special theme of CAiSE 99 was Component-based information systems engineering . Component-based approaches mark the maturity of any engine- ing discipline. However, transferingthis idea to the complex anddiverse worldof information systems has proven more di cult than expected. Despite numerous proposals from object-oriented programming, design patterns and frameworks, customizable reference models and standard software, requirements engine- ing and business re-engineering, web-based systems, data reduction strategies, knowledge management, and modularized education, the question of how to make component-oriented approaches actually work in information systems - mains wide open.
Inhaltsverzeichnis
Invited Talks. - The Unified Process for Component-Based Development. - From Business Process Model to Application System Developing an Information System with the House of Business Engineering (HOBE). - Regular Papers. - CPAM, A Protocol for Software Composition. - A Process-Oriented Approach to Software Component Definition. - Configuring Business Objects from Legacy Systems. - Risk Management for IT in the Large. - Linking Business Modelling to Socio-technical System Design. - Towards Flexible and High-Level Modeling and Enacting of Processes. - Method Enhancement with Scenario Based Techniques. - Support for the Process Engineer: The Spearmint Approach to Software Process Definition and Process Guidance. - Managing Componentware Development Software Reuse and the V-Modell Process. - Modelling Multidimensional Data in a Dataflow-Based Visual Data Analysis Environment. - Towards Quality-Oriented Data Warehouse Usage and Evolution. - Designing the Global Data Warehouse with SPJ Views. - ApplyingGraph Reduction Techniques for Identifying Structural Conflicts in Process Models. - A Multi-variant Approach to Software Process Modelling. - An Ontological Analysis of Integrated Process Modelling. - Design of Object Caching in a CORBA OTM System. - Constructing IDL Views on Relational Databases. - The Design of Cooperative Transaction Model by Using Client-Server Architecture. - A Multilevel Secure Workflow Management System. - Time Constraints in Workflow Systems. - TOGA A Customizable Service for Data-Centric Collaboration. - A Practical Approach to Access Heterogeneous and Distributed Databases. - A Uniform Approach to Inter-model Transformations. - OTHY: Object To HYpermedia. - Modeling Dynamic Domains with ConGolog. - Towards an Object Petri Nets Model for Specifying and Validating Distributed Information Systems. - Relationship Reification: A Temporal View. - Towards a Classification Framework for Application Granularity in Workflow Management Systems. - Adaptive Outsourcing in Cross-Organizational Workflows. - Policy-Based Resource Management. - Modelling Method Heuristics for Better Quality Products. - Queries and Constraints on Semi-structured Data. - A Prototype for Metadata-Based Integration of Internet Sources. - Workflow Management Through Distributed and Persistent CORBA Workflow Objects. - Component Criteria for Information System Families. - TUML: A Method for Modelling Temporal Information Systems. - Beyond Goal Representation: Checking Goal-Satisfaction by Temporal Reasoning with Business Processes. - Design the Flexibility, Maintain the Stability of Conceptual Schemas. - Metrics for Active Database Maintainability.
