Persistent Object Systems: Proceedings of the Third International Workshop 10-13 January 1989, Newcastle, Australia

ISBN-13: 9783540196266 / Angielski / Miękka / 1990 / 408 str.

John Rosenberg; David Koch

Opis

Presents the latest research in persistent object systems covering areas such as type systems and persistence, persitent programming languages, implementing persistence, object stores, measurement of persistent systems, transactions and persistence, and persistent machines.

Spis treści

I: Type Systems and Persistence.- The Napier Type System.- Grammars and Implementation Independent Structure Representation.- A Program Development Environment Based on Persistence and Abstract Data Types.- Exploiting the Potential of Persistent Object Stores.- Browsing, Grazing and Nibbling Persistent Data Structures.- II: Persistent Programming Languages.- Persistent System Architectures.- Issues in the Implementation of a Persistent Prolog.- A Capability Based Language for Persistent Programming: Implementation Issues.- Distributed PS-algol.- The Implementation of an Object-Oriented Language in PS-algol.- III: Implementing Persistence.- Aggregation, Persistence, and Identity in Worlds.- Implementing Persistence in E.- Addressing in a Persistent Environment.- Name-Based Mapping: Addressing Support for Persistent Objects.- IV: Object Stores.- Generating and Manipulating Identifiers for Heterogeneous, Distributed Objects.- The Evolution of the SSE Data Storage System into a Persistent Object System.- Persistence in a Distributed Object Server.- A Simple Object Storage System.- V: Measurement of Persistent Systems.- Monitoring Execution of PS-algol Programs.- Performance Evaluation in a Persistent Object System.- VI: Transactions and Persistence.- Transactions on Persistent Objects.- Commutativity-Based Locking for Nested Transactions.- Transaction Groups: A Model for Controlling Cooperative Transactions.- VII: Persistent Machines.- The Persistent Abstract Machine.- Design of POMP — A Persistent Object Management Processor.- A Capability-Based Massive Memory Computer.- Support for Objects in the MONADS Architecture.- Author Index.

O autorze

Proceedings of a workshop on the unification of temporary and permanent objects in computer systems. This yields more powerful and efficient systems for large applications.