default search action
Google
Google Scholar
Semantic Scholar
Internet Archive Scholar
CiteSeerX
ORCIDOOPSLA/ECOOP Workshop on Object-based Concurrent Programming 1988: San Diego, CA, USA
- Gul Agha, Peter Wegner, Akinori Yonezawa:
Proceedings of the 1988 ACM SIGPLAN Workshop on Object-based Concurrent Programming, OOPSLA/ECOOP Workshop on Object-based Concurrent Programming 1988, San Diego, CA, USA, September 26-27, 1988. ACM 1988, ISBN 978-0-89791-304-1 - Jean-Pierre Briot
, Jean de Ratuld:
Design of a distributed implementation of ABCL/I. 15-17 - Peter A. Buhr, Glen Ditchfield, C. Robert Zarnke:
Adding concurrency to a statically type-safe object-oriented programming language. 18-21 - Yves Caseau:
A model for a reflective object-oriented language. 22-24 - Lawrence A. Crowl:
A uniform object model for parallel programming. 25-27 - William J. Dally, Andrew A. Chien:
Object-oriented concurrent programming in CST. 28-31 - Maurice Herlihy:
Taking concurrency seriously (position paper). 32-33 - Boris Magnusson:
Process oriented programming. 34-36 - Paola Mello:
Concurrent objects in a logic programming framework. 37-39 - Piyush Mehrotra, John Van Rosendale:
Concurrent object access in BLAZE 2. 40-42 - Tatsuo Nakajima, Yasuhiko Yokote, Mario Tokoro, Shinichi Ochiai, Tatsuo Nagamatsu:
Distributed concurrent smalltalk: a language and system for the interpersonal environment. 43-45 - Peter Wegner:
Granularity of modules in object-based concurrent systems. 46-49 - Akinori Yonezawa, Takuo Watanabe:
An introduction to object-based reflective concurrent computation. 50-54 - Gul Agha:
Foundational issues in concurrent computing. 60-65 - William C. Athas, Nanette J. Boden:
Cantor: an actor programming system for scientific computing. 66-68 - Jean-Pierre Briot:
From objects to actors: study of a limited symbiosis in smalltalk-80. 69-72 - F. Carre, P. Clere:
Object oriented languages and actors: which language for a distributed approach? 73-75 - Thomas W. Christopher:
Message driven computing and its relationship to actors. 76-78 - Lawrence A. Crowl:
Concurrent data structures and actor programming under the Matroshka model. 79-80 - Guy Lapaime, Patrick Sallé:
Plasma-II: an actor approach to concurrent programming. 81-83 - Carl Manning:
A peek at Acore, an actor core language. 84-86 - Dave A. Thomas, Jeff McAffer, Brian M. Barry:
Actra-a multitasking/multiprocessing smalltalk. 87-90 - Chris Tomlinson, Won Kim, Mark Scheevel, Vineet Singh, Becky Will, Gul Agha:
Rosette: An object-oriented concurrent systems architecture. 91-93 - William L. Bain:
Indexed, global objects for distributed memory parallel architectures. 95-98 - Edward H. Bensley, Thomas J. Brando, J. C. Fohlin, Myra Jean Prelle, Ann Wollrath:
MITRE's future generation computer architectures program. 99-101 - Denis Caromel:
A general model for concurrent and distributed object-oriented programming. 102-104 - Dominique Decouchant, Sacha Krakowiak, Marie Meysembourg, Michel Riveill, Xavier Rousset de Pina:
A synchronization mechanism for typed objects in a distributed system. 105-107 - Les Gasser:
MACE: High-level distributed objects in a flexible testbed for distributed AI research. 108-110 - Lutz Heuser, Alexander Schill, Max Mühlhäuser:
Extensions to the object paradigm for the development of distributed applications. 111-113 - Bernd Hindel:
An object-oriented programming language for distributed systems: Heraklit. 114-116 - Mehdi Jazayeri:
Objects for distributed systems. 117-119 - Gail E. Kaiser:
Concurrent meld. 120-122 - John F. Koegel:
Parallel objects on distributed constraint logic programming machines. 123-125 - Mike P. Papazoglou, Janis A. Bubenko Jr., Moira C. Norrie:
Intent: an integrated environment for distributed heterogeneous databases. 126-128 - Edward J. Segall:
Combining object-oriented techniques with data-driven parallel execution on message passing, MIMD computers. 129-131 - Maurice Herlihy, Jeannette M. Wing:
Linearizable concurrent objects. 133-135 - Gail E. Kaiser:
Transactions for concurrent object-oriented programming systems. 136-138 - David E. Langworthy:
Evaluating correctness criteria for transactions. 139-141 - Bruce Martin:
Concurrent programming vs. concurrency control: shared events or shared data. 142-144 - Andrea H. Skarra:
Concurrency control for cooperating transactions in an object-oriented database. 145-147 - Jan van den Bos:
PROCOL: a protocol-constrained concurrent object-oriented language. 149-151 - Antonio Corradi, Letizia Leonardi:
PO: an object model to express parallelism. 152-155 - Dimitris Christodoulakis:
Modeling the semantics of smalltalk-80 with Petri nets. 156-158 - Martin S. Feather:
Language issues in the specification and design of composite systems. 159-161 - Bernd J. Krämer:
Specifying concurrent objects. 162-164 - Jeong Lim, Ralph E. Johnson:
The heart of object-oriented concurrent programming. 165-167 - Lujun Shang, Changpeng Fan, Lihui Xu:
Concurrent behaviors. 168-170 - Edward A. Luke, Helen C. Takacs, William Claude Welch:
Position statement on concurrent objects for massively parallel architectures. 171-173 - Oscar Nierstrasz:
Two models of concurrent objects. 174-176 - Etsuya Shibayama:
Transformation of concurrent object systems. 177-179 - Itaru Ichikawa, Seiichi Aikawa, Mayumi Kamiko, Etsuo Ono, Tomoharu Mohri:
Program design visualization system for object-oriented programs. 181-183 - Simon M. Kaplan, Steven K. Goering:
Garp: a graphical/textual language for concurrent programming. 184-186 - Minoru Uehara, Chisato Numaoka, Yasuhiko Yokote, Mario Tokoro:
Sarek: a window system interface for object-oriented concurrent programming languages. 187-189 - Charles R. Ball, Theodore W. Leung, Carl A. Waldspurger:
Analyzing patterns of message passing. 191-193 - Bruce Delagi, Nakul P. Saraiya:
Elint in Lamina: application of a concurrent object language. 194-196 - Peter de Jong:
The Ubik configurator: A fusion of messages, daemons, and rules. 197-199 - Ebba Thora Hvannberg, Mukkai S. Krishnamoorthy:
An object-based parallel programming assistant. 200-202 - Dennis G. Kafura:
Concurrent object-oriented real-times systems research. 203-205 - Martin Lester, Roger Christensen:
Felix, an object-oriented operating system. 206-208 - Stephen A. MacKay, W. Morven Gentleman, Darlene A. Stewart:
Harmony as an object-oriented operating system. 209-211 - Libero Nigro, Francesco Tisato:
Object-based real-time programming. 212-214
manage site settings
To protect your privacy, all features that rely on external API calls from your browser are turned off by default. You need to opt-in for them to become active. All settings here will be stored as cookies with your web browser. For more information see our F.A.Q.
last updated on 2024-11-14 20:49 CET by the dblp team
all metadata released as open data under CC0 1.0 license
see also: Terms of Use | Privacy Policy | Imprint
dblp was originally created in 1993 at:
since 2018, dblp has been operated and maintained by:
the dblp computer science bibliography is funded and supported by:
