4. WPC 1996: Berlin, Germany

@proceedings{DBLP:conf/iwpc/1996,
  title     = {4th International Workshop on Program Comprehension (WPC '96),
               March 29-31, 1996, Berlin, Germany},
  booktitle = {WPC},
  publisher = {IEEE Computer Society},
  year      = {1996},
  bibsource = {DBLP, http://dblp.uni-trier.de}
}

Program Comprehension

• Stephen G. Eick, Amy Wards:
  An Interactive Visualization for Message Sequence Charts. 2-7
  
• Andrea De Lucia, Anna Rita Fasolino, Malcolm Munro:
  Understanding Function Behaviors through Program Slicing. 9-10
  
• Scott R. Tilley, Dennis B. Smith, Santanu Paul:
  Towards a Framework for Program Understanding. 19-
  

Tools and Environments

• Gerardo Canfora, L. Mancini, Maria Tortorella:
  A Workbench for Program Comprehension during Software Maintenance. 30-39
  
• Kevin J. Sullivan:
  Rapid Development of Simple, Custom Program Analysis Tools. 40-44
  
• T. C. Nicholas Graham:
  A Method for The Formal Testing of Program Visualization Tools. 45-54
  
• Alex Quilici, Steven Woods:
  Toward a Constraint-Satisfaction Framework for Evaluating Program-Understanding Algorithms. 55-
  

Comprehension Experiments and Estimation

• Anneliese von Mayrhauser, A. Marie Vans:
  On the Role of Hypotheses during Opportunistic Understanding While Porting Large Scale Code. 68-77
  
• Piernicola Fiore, Filippo Lanubile, Giuseppe Visaggio:
  Effort Estimation for Program Comprehension. 78-
  

Software Evolution

• Kenny Wong:
  On Inserting Program Understanding Technology into the Software Change Process. 90-99
  
• Cornelia Boldyreff, Elizabeth Burd, R. M. Hather, Malcolm Munro, E. J. Younger:
  Greater Understanding Through Maintainer Driven Traceability. 100-
  
• Harry M. Sneed, Katalin Erdös:
  Extracting Business Rules from Source Code . 240-
  

Domain-Specific Program Comprehension

• Tim Bull:
  Comprehension of Safety-Critical Systems Using Domain-Specific Languages. 108-122
  
• Wayne Citrin, Carlos Santiago, Benjamin G. Zorn:
  Scalable Interfaces to Support Program Comprehension. 123-132
  
• Sandrine Blazy, Philippe Facon:
  Interprocedural analysis for program comprehension by specialization. 133-
  

Pattern Matching Algorithms

• William G. Griswold, Darren C. Atkinson, Collin McCurdy:
  Fast, Flexible Syntactic Pattern Matching and Processing. 144-153
  
• Paulo S. C. Alencar, Donald D. Cowan, Thomas Kunz, Carlos José Pereira de Lucena:
  A Formal Architectural Design Patterns-Based Approach to Software Understanding. 154-163
  
• Beniamino Di Martino, Giulio Iannello:
  PAP Recognizer: A Tool for Automatic Recognition of Parallelizable Patterns. 164-
  

Software Architecture Comprehension

• Kurt C. Wallnau, Paul C. Clements, Edwin J. Morris, Robert Krut:
  The Gadfly: An Approach to Architectural-Level System Comprehension. 178-186
  
• Roberto Fiutem, Ettore Merlo, Giuliano Antoniol, Paolo Tonella:
  Understanding the architecture of software systems. 187-
  

Hierarchical Program Comprehension

• Thomas Kunz:
  Evaluating process clusters to support automatic program understanding. 198-207
  
• René Klösch, Roland Mittermeir:
  Improving Program Understanding by Unfolding Layers of Interacting Patterns. 208-217
  
• Michael Doorley, Anthony Cahill:
  Experiences in Automatic Leveling of Data Flow Diagrams. 218-229
  
• Paul A. Bailes, Paul Burnim, Murray Chapman, Dan B. Johnston:
  Derivation and Presentation of an Abstract Program Space for Ada. 230-
  

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