4. ISPW 1988: Moretonhampstead, Devon, UK

@proceedings{DBLP:conf/ispw/1988,
  editor    = {Colin Tully},
  title     = {Proceedings of the Forth International Software Process Workshop
               (ISPW '88), May 1988, Moretonhampstead, Devon, UK},
  booktitle = {ISPW},
  publisher = {IEEE Computer Society},
  year      = {1988},
  bibsource = {DBLP, http://dblp.uni-trier.de}
}

• V. Ashok, Jayashree Ramanathan, Soumitra Sarkar, V. Venugopal: Process modelling in software environments. 39-42 BibTeX
• Robert Balzer: Process programming: passing into new phase. 43-45 BibTeX
• Barry W. Boehm, Frank C. Belz: Applying process programming to the spiral model. 46-56 BibTeX
• Thomas E. Cheatham Jr.: Activity coordination porgrams. 57-60 BibTeX
• Gerhard Chroust: Duplicate instances of elements of a software process model. 61-64 BibTeX
• Christer Fernström: Design considerations for process-driven software environments. 65-67 BibTeX
• Anthony Finkelstein, Hugo Fuks, Celso Niskier, Martin Sadler: Constructing a dialogic framework for software development. 68-72 BibTeX
• Charles A. Fritsch, Doyt L. Perry: A manager/controller for the software development process. 73-75 BibTeX
• Peter Hitchcock: The process model of the aspect IPSE. 76-78 BibTeX
• Karen E. Huff: Probing limits to automation: towards deeper process models. 79-81 BibTeX
• Watts S. Humphrey: The software engineering process: definition and scope. 82-83 BibTeX
• Gail E. Kaiser: Rule-based modelling of the software development process. 84-86 BibTeX
• Takuya Katayama: A hierarchical and functional approach to software process description. 87-92 BibTeX
• Marc I. Kellner: Representation formalism for software process modelling. 93-96 BibTeX
• Cees J. Koomen: Limits to the mechanization of the detailing step paradigm. 97-102 BibTeX
• Lech Krzanik: Enactable models for quantitative evolutionary software processes. 103-110 BibTeX
• M. M. Lehman: some reservations on software process programming. 111-112 BibTeX
• Roy MacLean: A functional paradigm for software development. 113-115 BibTeX
• David Notkin: Applying software process models to the full lifecycle is premature. 116-117 BibTeX
• Autsuo Ohki, Koichiro Ochimizu: Process programming with Prolog. 118-121 BibTeX
• Leon J. Osterweil: Automated support for the enactment of rigorously described software processes. 121-125 BibTeX
• Dewayne E. Perry: Problems of scale and process models. 126-128 BibTeX
• Richard W. Phillips: State change architecture: a protocol for executable process models. 129-132 BibTeX
• Samuel T. Redwine Jr., William E. Riddle: Software reuse processes. 133-135 BibTeX
• Clive Roberts: Describing and acting process models with PML. 136-141 BibTeX
• H. Dieter Rombach: A specification framework for software processes: formal specification and derivation of information base requirements. 142-147 BibTeX
• Michel Rueher, Didier Ladret, Bruno Legeard: Capturing software processes through the generated objects. 148-152 BibTeX
• Walt Scacchi: Modelling software evolution: a knowledge-based approach. 153-155 BibTeX
• W. Linwood Sutton: Advanced models of the software process. 156-158 BibTeX
• Colin Tully: Software process models and programs: observations on their nature and context. 159-162 BibTeX
• Jack C. Wileden, Lori A. Clarke, Alexander L. Wolf: Facilitating process prototyping by controlling the impact of change. 163-166 BibTeX
• Lloyd G. Williams: A behavioral approach to software process modelling. 167-170 BibTeX