All Stories

  1. Robust AI‐Driven Artifact Model Generation for Development Standards in Regulated Domains
  2. On Architectural Tactics for Resource-Constrained and Safety-Critical AI-Based Systems
  3. You don't just Use Software Processes, You have to Engineer Them: A Teachers' Experience Report
  4. Enhancing Transparency in Space Metrics Use: Insights from an Initial Study
  5. Towards Generating Compliance Action Plans: A Discussion of Needs and Opportunities
  6. Towards Generating Measurable Artifact Models from Standards in Regulated Domains
  7. Software Process as a Service: Towards A Software Process Ecosystem
  8. Breaking old Habits: On Success Factors in Software Process Improvement
  9. Using Data Augmentation to Support AI-Based Requirements Evaluation in Large-Scale Projects
  10. This Doesn’t Work! – An Explorative Study on Student Modeling Skills in the Context of Developing Hybrid Methods
  11. Exposing Software Engineering Students to Stressful Projects: Does Diversity Matter?
  12. What Makes Agile Software Development Agile?
  13. Hacking or Engineering? Towards an Extended Entrepreneurial Software Engineering Model
  14. Einführung in die Softwaretechnik
  15. Towards the statistical construction of hybrid development methods
  16. Metrics in automotive software development: A systematic literature review
  17. Exploring the industry's challenges in software testing: An empirical study
  18. How has SPI changed in times of agile development? Results from a multi‐method study
  19. Hybrid Software Development Approaches in Practice: A European Perspective
  20. ICSSP 2018—Special issue introduction
  21. Using Simulation for Understanding and Reproducing Distributed Software Development Processes in the Cloud
  22. ICSSP 2016 - Special Issue Introduction
  23. Hybrid software and system development in practice: waterfall, scrum, and beyond
  24. What industry wants from academia in software testing?
  25. On the pragmatic design of literature studies in software engineering: an experience-based guideline
  26. Summary of the International Conference on Software and System Processes (ICSSP 2016)
  27. Towards a virtual machine approach to resilient and safe mobile robots
  28. Flexible Software Process Lines in Practice: A Metamodel-based Approach to Effectively Construct and Manage Families of Software Process Models
  29. How Does Software Process Improvement Address Global Software Engineering?
  30. Distributed Software Development with One Hand Tied Behind the Back: A Course Unit to Experience the Role of Communication in GSD
  31. Global Software Engineering: Evolution and Trends
  32. Software process improvement: a systematic mapping study on the state of the art
  33. When teams go crazy
  34. ICSSP 2015-Special Issue Introduction
  35. Global Software Engineering: An Industry Perspective
  36. Beyond the spreadsheet
  37. On the Role of Software Quality Management in Software Process Improvement
  38. Low Ceremony Processes for Short Lifecycle Projects
  39. Automatic code generation in practice: experiences with embedded robot controllers
  40. From pragmatic to systematic software process improvement: an evaluated approach
  41. On the use of variability operations in the V-Modell XT software process line
  42. A conceptual framework for lean regulated software development
  43. Software process improvement: where is the evidence?: initial findings from a systematic mapping study
  44. How do artifact models help direct SPI projects?
  45. Systematic Software Development: A State of the Practice Report from Germany
  46. Crafting a software process improvement approach-a retrospective systematization
  47. Development of flexible software process lines with variability operations
  48. On Architectural Qualities and Tactics for Mobile Sensing
  49. On the Use of Safety Certification Practices in Autonomous Field Robot Software Development: A Systematic Mapping Study
  50. Is Water-Scrum-Fall Reality? On the Use of Agile and Traditional Development Practices
  51. Virtual Teams [Guest editors' introduction]
  52. Experiences from the Design of an Artifact Model for Distributed Agile Project Management
  53. Realizing software process lines: insights and experiences
  54. Artifact-based software process improvement and management: a method proposal
  55. You can't tailor what you haven't modeled
  56. Towards context-specific software process selection, tailoring, and composition
  57. Self-assessment of freshmen students' base competencies
  58. A mapping study on the feasibility of method engineering
  59. The Process Enactment Tool Framework—Transformation of software process models to prepare enactment
  60. Product-Focused Software Process Improvement
  61. Towards Artifact Models as Process Interfaces in Distributed Software Projects
  62. Message from Workshop Chairs
  63. Criteria for software process tailoring: a systematic review
  64. Systematic software process development: where do we stand today?
  65. Teaching software process modeling
  66. Projektorganisation und Management im Software Engineering
  67. Projektentstehung
  68. Grundlagen
  69. Projektabschluss
  70. Werkzeuge
  71. Projektdurchführung
  72. Projektdefinition: Planen, Einrichten, Aufsetzen
  73. Reifegradmodelle und Prozessverbesserung
  74. Metriken und Messung
  75. Ergänzungen zu COCOMO und COCOMO II
  76. Projekt- und Produktlebenszyklus von Software
  77. Übergreifende Aufgaben des Managements
  78. Vorgehensmodelle in der Softwareentwicklung
  79. Ergänzungen zu CMMI
  80. Unternehmens- und Projektorganisation
  81. Projektunterlagen Code & Talk
  82. Who Cares About Software Process Modelling? A First Investigation About the Perceived Value of Process Engineering and Process Consumption
  83. Rapid Prototyping for Domain-specific Languages
  84. A mapping study on method engineering
  85. A Practical Approach to Align Research with Master's Level Courses
  86. Pattern-based guideline to empirically analyse software development processes
  87. GloSE-Lab: Teaching Global Software Engineering
  88. 5th International Workshop on Tool Support Development and Management in Distributed Software Projects (REMIDI'11)
  89. Das V-Modell® XT anpassen
  90. Special panel
  91. A proposal for principles and values from the perspective of the german standard it-development process V-Modell XT
  92. A Survey on the Application of the V-Modell XT in German Government Agencies
  93. Design and validation of feature-based process model tailoring
  94. Systems, Software and Service Process Improvement
  95. Anpassungs- und Einführungsprozess
  96. V-Modell XT Technik
  97. Das V-Modell XT
  98. V-Modell XT Anpassung
  99. A Meta Model for Artefact-Orientation: Fundamentals and Lessons Learned in Requirements Engineering
  100. Orchestration of Global Software Engineering Projects - Position Paper
  101. Das V-Modell® XT
  102. Das V-Modell XT
  103. Ein Projekt nach V-Modell XT starten…
  104. Projektplanung und -steuerung
  105. Qualitätssicherung im Projekt
  106. Das V-Modell XT für Auftraggeber und Auftragnehmer
  107. International Workshop on Tool Support and Requirements Management in Distributed Projects (REMIDI'07)
  108. An approach to model the return on investment of organization-wide improvement projects using the concept of external effects
  109. Application of the V-Modell XT – Report from a Pilot Project
  110. Tool-Support for Software Development Processes
  111. Modeling Software Development Processes
  112. Tool-Support for Software Development Processes
  113. Controlled Experiments as Means to Teach Soft Skills in Software Engineering
  114. Service-Oriented Modeling of CoCoME with Focus and AutoFocus