Volume 24,
Number 1,
January 1989
Proceedings of the ACM SIGPLAN and SIGOPS Workshop on Parallel and Distributed Debugging,
May 5-6,
1988,
University of Wisconsin,
Madison,
Wisconsin
Contents
Volume 24,
Number 2,
February 1989
Peter B. Henderson (Ed.):
Proceedings of the ACM SIGSOFT/SIGPLAN Software Engineering Symposium on Practical Software Development Environments,
Boston,
Massachusetts,
November 28-30,
1988. SIGSOFT Software Engineering Notes 13(5) November 1988,
SIGPLAN Notices 24(2) February 1989
Contents
Volume 24,
Number 3,
March 1989
Volume 24,
Number 4,
April 1989
Proceedings of the ACM SIGPLAN Workshop on Object-Based Concurrent Programming,
San Diego, September 26-27, 1988
- Jean-Pierre Briot, J. 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
- G. 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, B. 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, M. 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
- E. 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
- J. Lim, Ralph E. Johnson:
The heart of object-oriented concurrent programming.
165-167
- Shang Lujun, F. Changpeng, X. Lihul:
Concurrent behaviors.
168-170
- A. Luke, H. C. Takacs, W. C. 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
- I. Ichikawa, Seiichi Aikawa, Mayumi Kamiko, E. Ono, T. 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
- C. 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, M. S. Krishnamoorthy:
An object-based parallel programming assistant.
200-202
- Dennis G. Kafura:
Concurrent object-oriented real-times systems research.
203-205
- M. Lester, R. 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
Volume 24,
Number 5,
May 1989
Volume 24,
Special Issue,
May 1989
ASPLOS-III Proceedings - Third International Conference on Architectural Support for Programming Languages and Operating Systems,
Boston,
Massachusetts,
April 3-6,
1989.
Contents
Volume 24,
Number 6,
June 1989
Volume 24,
Number 7,
July 1989
Proceedings of the ACM SIGPLAN'89 Conference on Programming Language Design and Implementation (PLDI),
Portland,
Oregon,
June 21-23,
1989.
Contents
Volume 24,
Number 8,
August 1989
- Mohommedyusuf M. Sagri:
Rated and operating complexity of program - an extension to McCabe's theory of complexity measure.
8-12
- Birger Andersen:
Hypercube experiments with Joyce.
13-22
- Horst Zuse, Peter Bollmann:
Software metrics: using measurement theory to describe the properties and scales of static software complexity metrics.
23-33
- William A. Baldwin:
A case for using procedure calls for I/O.
34-36
- Vitaliano Milanese:
Aspects of OBERON suitable for graphics applications.
37-45
Volume 24,
Number 9,
September 1989
- Klaus Bothe, B. Hohberg, Christian Horn, O. Wikarski:
A portable high-speed PASCAL to C Translator.
60-65
- Defu Zhang, Yang Peigen, Sun Zhongxiu:
SN-2: a data acquisition and processing system.
66-71
- Vesa Hirvisalo, Jari Arkko, Juha Kuusela, Esko Nuutila, Markku Tamminen:
XE design rationale: Clu revisited.
72-79
- Matthew M. Huntbach:
Implementing a graph-colouring algorithm in Parlog.
80-85
- Arno J. Klaassen, Anton M. van Wezenbeek:
A three-processor Lisp machine architecture based on statistical analysis of Common Lisp programs.
86-91
- Ming-Yuan Zhu:
Transformational programming: the derivation of a Prolog interpretation algorithm.
92-111
- Richard Wiener, Lewis J. Pinson:
A practical example of multiple inheritance in C++.
112-115
- Kirt A. Winter, Curtis R. Cook:
A prototype intelligent prettyprinter for Pascal.
116-125
- Chul-Doo Jung, Ernest Sibert:
Indirect naming in distributed programming languages.
126-132
- Charles Rapin:
Procedural objects in Newton.
133-141
- Richard A. Frost:
Application programming as the construction of language interpreters.
142-151
- John D. Ramsdell:
The Alonzo functional programming language.
152-157
Volume 24,
Number 10,
October 1989
Norman K. Meyrowitz (Ed.):
Conference on Object-Oriented Programming:
Systems,
Languages,
and Applications (OOPSLA'89),
October 1-6,
1989,
New Orleans,
Louisiana,
Proceedings.
Contents
Volume 24,
Number 11,
November 1989
- Critical research directions in programming languages.
10-24
- Jan Heering, P. R. H. Hendriks, Paul Klint, J. Rekers:
The syntax definition formalism SDF - reference manual.
43-75
- Charles Herring, Julian I. Palmore:
Random number generators are chaotic.
76-79
- Daniel J. Salomon, Gordon V. Cormack:
Corrections to the paper: Scannerless NSLR(1) Parsing of Programming Languages.
80-83
- Pierre Jouvelot, Babak Dehbonei:
Recursive Pattern Matching on concrete data types.
84-93
- Stylianos D. Pezaris:
Shift-reduce conflicts in LR parsers.
94-95
- Bhanu Prasad Pokkunuri:
Object Oriented Programming.
96-101
- Joseph de Kerf:
A note on the Power Operators "loops are harmful".
102-108
- Peter Grogono, Anne Bennett:
Polymorphism and type checking in object-oriented languages.
109-115
- Miren Begoña Albizuri-Romero:
Programming interactively with a graphical abstract programming language.
116-124
- Andrew S. Tanenbaum, M. Frans Kaashoek, Koen Langendoen, Ceriel J. H. Jacobs:
The design of very fast portable compilers.
125-131
- Peter Van Roy:
A useful extension to Prolog's definite clause grammar notation.
132-134
Volume 24,
Number 12,
December 1989
- Dan Jonsson:
Pancode assessed.
17-20
- Stephen M. Nemecek:
An anomaly found during the implementation of a 2-dimensional dataflow editor for constructing dataflow graphs in NAKL: not another keypunch language.
21-23
- Raphael L. Levien:
Io: a new programming notation.
24-31
- Jonathan E. Shopiro:
An example of multiple inheritance in C++: a model of the lostream library.
32-36
Copyright © Mon Nov 2 21:53:58 2009
by Michael Ley (ley@uni-trier.de)
