5. ISPW 1989: Kennebunkport, Maine, USA

@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 BibTeX
• Barry W. Boehm, Frank C. Belz: Experiences with the spiral model as a process model generator. 43-45 BibTeX
• David Carr, Ron Koestler: System dynamics models of software development. 46-48 BibTeX
• Thomas E. Cheatham Jr.: Process programing and process model. 49-51 BibTeX
• Bill Curtis, Diane B. Walz, Joyce J. Elam: Studying the process of software design teams. 52-53 BibTeX
• Wolfgang Deiters, Volker Gruhn, Wilhelm Schäfer: Process programming: a structured multi-paradigm approach could be achieved. 54-57 BibTeX
• Peter H. Feiler: Software process support through software configuration management. 58-60 BibTeX
• Anthony Finkelstein: A structural framework for the formal representation of cooperation. 61-63 BibTeX
• David Garlan: The role of formalized domain-specific software frameworks. 64-66 BibTeX
• Dennis Heimbigner: P4: a logic language for process programming. 67-70 BibTeX
• Karen E. Huff: Software process instatiation and the planning paradigm. 71-73 BibTeX
• Watts S. Humphrey: Modelling implications of the personal software process. 74-77 BibTeX
• Takuya Katayama, Masato Suzuki: Mechanisms for software process dynamics. 78-81 BibTeX
• Gail E. Kaiser: Experience with marvel. 82-84 BibTeX
• Marc I. Kellner: Experience with enactable software process models. 85-88 BibTeX
• Kouichi Kishida: Position paper for ISPW. 89-90 BibTeX
• M. M. Lehman: The role of process models in software and systems development and evolution. 91-94 BibTeX
• Yoshihiro Matsumoto, K. Agusa, Tsuneo Ajisaka: A software process model based on unit workload network. 95-97 BibTeX
• Naftaly H. Minsky: Law-governed software processes. 98-100 BibTeX
• Ataru T. Nakagawa, Kokichi Futatsugi: Product-based process models. 101-105 BibTeX
• Tsuyoshi Nakajima: A method for recording and analyzing design processes. 106-108 BibTeX
• Leon J. Osterweil: Experiences with process programming. 109-111 BibTeX
• Manuel H. Penedo: Acquiring experiences with executable process models. 112-115 BibTeX
• Samuel T. Redwine Jr.: Software process dependability. 116-120 BibTeX
• Steven P. Reiss: Conceptual programming. 121-123 BibTeX
• Clive Roberts, A. Jones: Dynamics of process models in PML. 124-126 BibTeX
• H. Dieter Rombach: Specification of software process measurement. 127-129 BibTeX
• Walt Scacchi: Experiences with operational software process modelling in the system factory project. 130-133 BibTeX
• Y. Sugiyama, Ellis Horowitz: OPM: an object process modelling environment. 134-136 BibTeX
• Ian Thomas: The software process as a goal-directed activity. 137-139 BibTeX
• Jack C. Wileden: Experiments with typing in process modelling. 140-144 BibTeX
• Pamela Zave: Domain understanding and the software process. 145-150 BibTeX
• Anthony Finkelstein: An example of software development modelling. 151-153 BibTeX
• Dennis Heimbigner: An example P4 process program for rebus. 154-155 BibTeX
• Karen E. Huff: GRAPPLE example: processes as plans. 156-158 BibTeX
• Gail E. Kaiser: Marvel strategy language example. 159-160 BibTeX
• Takuya Katayama, Masato Suzuki: An example of process description in HFSP. 161-162 BibTeX
• Marc I. Kellner: software process modelling example. 163-166 BibTeX
• Yoshihiro Matsumoto, Tsuneo Ajisaka: An example of a software process model based on Unit workload network. 167-168 BibTeX
• Leon J. Osterweil: Example process program code, coded in Appl/A. 169-170 BibTeX
• Y. Sugiyama, Ellis Horowitz: Describing working environments in OPM. 171-174 BibTeX