Abstract is missing.
- The Experimental Paradigm in Software EngineeringVictor R. Basili. 3-12
- Profile of an Artifact Assessment CapabilityWilliam W. Agresti. 13-16
- Experiments and Measurements for Systems IntegrationLaszlo A. Belady. 17-18
- Software Engineering Still on the Way to an Engineering DisciplineNorbert Fuchs. 19-22
- Problems in Modeling the Software Development Process as an Adventure GameJochen Ludewig. 23-26
- Qualitative Techniques and Tools for Measuring, Analyzing, and Simulating Software ProcessesWalt Scacchi. 27-29
- On Experimental Computer ScienceWalter F. Tichy. 30-32
- Session 1 Summary: The Experimental Paradigm in Software EngineeringWilliam W. Agresti. 33-37
- Objectives and Context of Software Measurement, Analysis and ControlMichael A. Cusumano. 41-59
- Position PaperNorman E. Fenton. 60-61
- Software Engineering as an Organisational ChallengeGünter R. Koch. 62-66
- Quantitative Measurements based on Process and Context ModelsNazim H. Madhavji, John E. Botsford, Tilmann F. W. Bruckhaus, Khaled El Emam. 67-72
- Selecting, Implementing, and Measuring Methods to Improve the Software Development ProcessKarl-Heinrich Möller. 73-76
- Rethinking Measurement to Support Incremental Process ImprovementAdam A. Porter. 77-81
- Session 2 Summary: Objectives and Context of Measurement or ExperimentationNorman E. Fenton. 82-86
- Software Measurement and Experimentation Frameworks, Mechanisms, and InfrastructureRichard W. Selby. 89-106
- Towards Well-Defined, Shareable Product DataWarren Harrison. 107-110
- A View on the Use of Three Research Philosophies to Adress Empirically Determined Weaknesses of the Software Engineering ProcessD. Ross Jeffery. 111-115
- Bridging the Gap between Research and Practice in Software Engineering Management: Reflections on the Staffing Factors ParadoxChris F. Kemerer. 116-120
- A Methodology for Evaluating Software Engineering Methods and ToolsBarbara A. Kitchenham. 121-124
- Experimental Software Engineering Should Concentrate on Software EvolutionHausi A. Müller. 125-128
- Yet Another Laboratory for Software EngineeringEric E. Sumner Jr.. 129-132
- An Axiomatic Model for Program ComplexityMarvin V. Zelkowitz. 133-136
- Support of Experimentation by Measurement TheoryHorst Zuse. 137-140
- Session 3 Summary: Procedures and Mechanisms for Measurement or ExperimentationBarbara A. Kitchenham. 141-148
- Task-Specific Utility Assessment Models and their Role in the Development of Software Engineering HandbooksStephen M. Thebaut, Vincent Yun Shen. 151-157
- Quantitative Empirical Modeling for Manageing Software Development: Constraints, Needs and SolutionsLionel C. Briand. 158-163
- Software Business, Concurrent Engineering and Experience Factory RelationshipsGiovanni Cantone. 164-170
- Establishing the Fundamentals of Software EngineeringDaniel Hoffman. 171-172
- Measurement-Based Modelling Issues - The Problem of Assuring Ultra-High DependabilityBev Littlewood. 173-176
- The Role of Simulation in Software Engineering ExperimentationAnneliese Amschler Andrews. 177-179
- Multiple Viewpoints of Software ModelsMarkku Oivo. 180-182
- Session 4 Summary: (Measurement-Based) ModelingAnneliese Amschler Andrews. 183-187
- Software Engineering Models, Using and ReusingKevin D. Wentzel. 191-201
- Model Reuse and Technology TransferAlbert Endres. 202-205
- Packaging for Reuse and Reuse of ModelsStuart I. Feldman. 206-209
- A Reuse Culture for Software ConstructionClaus Lewerentz. 210-212
- Experimental Software Engineering; Packaging for ReuseFrank E. McGarry. 213-215
- Experimental Designs for Validating Metrics and Applying them across Multiple ProjectsNorman F. Schneidewind. 216-220
- Session 5 Summary: Packaging for ReuseFrank E. McGarry. 221-225
- Position PaperM. M. Lehman. 229-233
- Technology TransferJohn J. Marciniak. 234-238
- Systematic Software Technology TransferH. Dieter Rombach. 239-246
- Effective Use of Measurement and Experimentation in Computing CurriculaStuart H. Zweben. 247-251
- Session 6 Summary: Technology Transfer, Teaching and TrainingH. Dieter Rombach. 252-256