Advances in Object-Oriented Database Systems

The design and implementation of O 2, an object-oriented database system.- Zeitgeist: Database support for object-oriented programming.- A distributed object server.- Implementation techniques for object oriented databases.- Support for design processes in a structurally object-oriented database system.- Object orientation within the PRIMA-NDBS.- SOOM and tornado- experience with database-support for object-oriented applications.- Formalizing objects for databases using ADABTPL.- Rules are objects too: A knowledge model for an active, object-oriented database system.- Abstract object types for databases.- Rule execution in CPLEX: A persistent objectbase.- Constraint analysis: A tool for explaining the semantics of complex objects.- Providing uniform access to heterogeneous information bases.- The object shell: An extensible system to define an object-oriented view of an existing database.- An adaptive derived data manager for distributed databases.- Mapping object-oriented concepts into relational concepts by meta-compilation in a logic programming environment.- Foundations of relational object management systems.- The COMANDOS integration system : An object oriented approach to the interconnection of heterogeneous applications.- A learning-based approach to meta-data evolution in an object-oriented database.- Views, data abstraction, and inheritance in the FUGUE data model.- Vodak kernel data model.- A model for an object management system for software engineering environments.- Multiple inheritance and genericity for the integration of a database management system in an object-oriented approach.- Instance inheritance mechanisms for object oriented databases.- Identification of database objects by key.- The design of dynamo: A general-purpose information processing model with a time dimension.- A uniform concept for storing and manipulating engineering objects.- Managing persistent data with mneme: Designing a reliable, shared object interface.- Integration of