5. ISPW 1989:
Kennebunkport,
Maine,
USA
Dewayne E. Perry (Ed.):
Proceedings of the Fifth International Software Process Workshop (ISPW '89), October 1989, Kennebunkport, Maine, USA.
IEEE Computer Society 1989 
@proceedings{DBLP:conf/ispw/1989,
editor = {Dewayne E. Perry},
title = {Proceedings of the Fifth International Software Process Workshop
(ISPW '89), October 1989, Kennebunkport, Maine, USA},
booktitle = {ISPW},
publisher = {IEEE Computer Society},
year = {1989},
bibsource = {DBLP, http://dblp.uni-trier.de}
}
- Robert Balzer:
Tolerating inconsistency.
41-42
- Barry W. Boehm, Frank C. Belz:
Experiences with the spiral model as a process model generator.
43-45
- David Carr, Ron Koestler:
System dynamics models of software development.
46-48
- Thomas E. Cheatham Jr.:
Process programing and process model.
49-51
- Bill Curtis, Diane B. Walz, Joyce J. Elam:
Studying the process of software design teams.
52-53
- Wolfgang Deiters, Volker Gruhn, Wilhelm Schäfer:
Process programming: a structured multi-paradigm approach could be achieved.
54-57
- Peter H. Feiler:
Software process support through software configuration management.
58-60
- Anthony Finkelstein:
A structural framework for the formal representation of cooperation.
61-63
- David Garlan:
The role of formalized domain-specific software frameworks.
64-66
- Dennis Heimbigner:
P4: a logic language for process programming.
67-70
- Karen E. Huff:
Software process instatiation and the planning paradigm.
71-73
- Watts S. Humphrey:
Modelling implications of the personal software process.
74-77
- Takuya Katayama, Masato Suzuki:
Mechanisms for software process dynamics.
78-81
- Gail E. Kaiser:
Experience with marvel.
82-84
- Marc I. Kellner:
Experience with enactable software process models.
85-88
- Kouichi Kishida:
Position paper for ISPW.
89-90
- M. M. Lehman:
The role of process models in software and systems development and evolution.
91-94
- Yoshihiro Matsumoto, K. Agusa, Tsuneo Ajisaka:
A software process model based on unit workload network.
95-97
- Naftaly H. Minsky:
Law-governed software processes.
98-100
- Ataru T. Nakagawa, Kokichi Futatsugi:
Product-based process models.
101-105
- Tsuyoshi Nakajima:
A method for recording and analyzing design processes.
106-108
- Leon J. Osterweil:
Experiences with process programming.
109-111
- Manuel H. Penedo:
Acquiring experiences with executable process models.
112-115
- Samuel T. Redwine Jr.:
Software process dependability.
116-120
- Steven P. Reiss:
Conceptual programming.
121-123
- Clive Roberts, A. Jones:
Dynamics of process models in PML.
124-126
- H. Dieter Rombach:
Specification of software process measurement.
127-129
- Walt Scacchi:
Experiences with operational software process modelling in the system factory project.
130-133
- Y. Sugiyama, Ellis Horowitz:
OPM: an object process modelling environment.
134-136
- Ian Thomas:
The software process as a goal-directed activity.
137-139
- Jack C. Wileden:
Experiments with typing in process modelling.
140-144
- Pamela Zave:
Domain understanding and the software process.
145-150
- Anthony Finkelstein:
An example of software development modelling.
151-153
- Dennis Heimbigner:
An example P4 process program for rebus.
154-155
- Karen E. Huff:
GRAPPLE example: processes as plans.
156-158
- Gail E. Kaiser:
Marvel strategy language example.
159-160
- Takuya Katayama, Masato Suzuki:
An example of process description in HFSP.
161-162
- Marc I. Kellner:
software process modelling example.
163-166
- Yoshihiro Matsumoto, Tsuneo Ajisaka:
An example of a software process model based on Unit workload network.
167-168
- Leon J. Osterweil:
Example process program code, coded in Appl/A.
169-170
- Y. Sugiyama, Ellis Horowitz:
Describing working environments in OPM.
171-174
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