Abstract is missing.
- Preface, Contents, Attendees [doi]
- Persistent Programming Research Group: Bibliography [doi]
- Polymorphic Names, Types, Constancy and Magic in a Type Secure Persistent Object StoreMalcolm P. Atkinson, Ronald Morrison. 1-12 [doi]
- Experience with an Object Oriented Database Interface for the EPOS Programming EnvironmentReidar Conradi, Tor Didriksen, H. Eidnes, Ola Heensåsen. 13-24 [doi]
- Design and Implementation of the Iris Object ManagerPeter Lyngbæk, Nigel Derrett, Daniel H. Fishman, William Kent, T. A. Ryan. 25-51 [doi]
- Requirements Modelling in a Persistent Object StoreRichard Cooper, Malcolm P. Atkinson. 52-67 [doi]
- Modular Commitment in Persistent PrologDavid S. Moffat. 68-77 [doi]
- Incremental Compilation, Partial Evaluation and PersistenceMalcolm S. Powell. 78-95 [doi]
- Persistence in EXODUSJoel E. Richardson, Michael J. Carey, David J. DeWitt, Daniel T. Schuh. 96-113 [doi]
- Object Management and Addressing in the MONADS ArchitectureJohn Rosenberg, James Leslie Keedy. 114-133 [doi]
- Relix - First Steps to an Operating LanguageT. H. Merrett. 134-154 [doi]
- Groundwork for an Object Database ModelDavid Beech. 155-197 [doi]
- Object Oriented System ModelsOwen Rees. 198-206 [doi]
- Distribution and PersistenceFrancis Wai. 207-225 [doi]
- Associative Storage and Retrieval: Some Language Design IssuesPaul Philbrow. 226-232 [doi]
- Flexibility in a Persistent Object-based Type SystemH. J. Barman, Stephen Crawley. 233-245 [doi]
- Managing Persistent Objects in Arjuna: A System for Reliable Distributed ComputingGraeme N. Dixon, Santosh K. Shrivastava, Graham D. Parrington. 246-265 [doi]
- Persistent Store - Successor to Virtual StoreMichael R. Guy. 266-282 [doi]
- AI-Based Design and Persistent Object SystemsTim Smithers. 283-297 [doi]
- Realisation of a Dynamically Grouped Object-Oriented Virtual Memory HierarchyIfor Williams, Mario Wolczko, T. P. Hopkins. 298-308 [doi]
- Progress with Persistence in Poly and Poly/MLDavid C. J. Matthews. 309-316 [doi]
- Persistence in an Environment for a Statically Typed Programming LanguagePeter A. Buhr, C. Robert Zarnke. 317-336 [doi]
- Is the Disk Half Full or Half Empty? Combining Optimistic and Pessimistic Concurrency Mechanisms in a Shared, Persistent Object BaseD. Jason Penney, Jacob Stein, David Maier. 337-345 [doi]
- Logic Languages and Relational DBMS s - The Point of ConvergenceJorge B. Bocca, Peter J. Bailey. 346-362 [doi]
- Object Management Support for Software Development EnvironmentsLori A. Clarke, Jack C. Wileden, Alexander L. Wolf. 363-381 [doi]
- Maintaining Object Persistence in the Common Lisp FrameworkDavid S. Wile, Neil M. Goldman, Dennis G. Allard. 382-406 [doi]
- Identity and Versions for Complex ObjectsGeorge P. Copeland, Setrag Khoshafian. 407-428 [doi]
- Persistence and Type Integrity in a Software Development EnvironmentDeborah A. Baker, David A. Fisher, Jonathan C. Shultis. 429-442 [doi]
- Constructing Compilers in a persistent environmentAlan Dearle. 443-455 [doi]
- Execution Strategies in Persistent SystemsRaymund Carrick, David S. Munro. 456-460 [doi]
- A Distributed Stable StoreAlfred L. Brown. 461-468 [doi]
- Experience Interfacing an Object Oriented Language and an Object ServerEric Moss. 469 [doi]
- Stable Virtual MemoryW. Paul Cockshott. 470-476 [doi]
- CAD Performance Requirements for Persistent Object SystemsEarl F. Ecklund Jr., Denise J. Ecklund. 477-478 [doi]
- Changing Persistent Objects in a Distributed EnvironmentJohn R. Nestor. 479 [doi]
- A brief Review of Efforts in Providing Database Support for Trellis/OwlK. G. Kulkarni. 480-482 [doi]
- XENOS - a System to Support Abstract Data StructuresK. H. Bennet, C. Hawksley, D. J. Sparks. 483-494 [doi]
- Issues in the Design of Object Oriented Database Programming LanguagesToby Bloom, Stanley B. Zdonik. 495-517 [doi]