10. IWPC 2002: Paris, France

Visualization and User Interaction

• Alexandru Telea, Alessandro Maccari, Claudio Riva:
  An Open Visualization Toolkit for Reverse Architecting. 3-10
  
• Aaron J. Quigley:
  Experience with FADE for the Visualization and Abstraction of Software Views. 11-20
  
• Mohammad El-Ramly, Eleni Stroulia, Paul G. Sorenson:
  Mining System-User Interaction Traces for Use Case Models. 21-32
  

Theories and Models for Software Comprehension I

• Steve Counsell, Emilia Mendes, Stephen Swift:
  Comprehension of Object-Oriented Software Cohesion: The Empirical Quagmire. 33-42
  
• Thomas Vestdam, Kurt Nørmark:
  Aspects of Internal Program Documentation - An Elucidative Perspective. 43-52
  
• Martin Pinzger, Harald Gall:
  Pattern-Supported Architecture Recovery. 53-64
  

Theories and Models for Software Comprehension II

• Dean Jin, James R. Cordy, Thomas R. Dean:
  Where's the Schema? A Taxonomy of Patterns for Software Exchange. 65-74
  
• Andrew Walenstein:
  Theory-based Analysis of Cognitive Support in Software Comprehension Tools. 75-84
  
• Stéphane S. Somé, Timothy Lethbridge:
  Enhancing Program Comprehension with Recovered State Models. 85-96
  

Experimental and Empirical Studies

• David Binkley:
  An Empirical Study of the Effect of Semantic Differences on Programmer Comprehension. 97-106
  
• Elizabeth Burd, Dawn Overy, Ady Wheetman:
  Evaluating Using Animation to Improve Understanding of Sequence Diagrams. 107-113
  
• Susan Elliott Sim, Richard C. Holt, Steve M. Easterbrook:
  On Using a Benchmark to Evaluate C++ Extractors. 114-126
  

Tools and Integration

• Qiang Tu, Michael W. Godfrey:
  An Integrated Approach for Studying Architectural Evolution. 127-136
  
• Arie van Deursen, Joost Visser:
  Building Program Understanding Tools Using Visitor Combinators. 137-146
  
• Claire Knight, Malcolm Munro:
  Program Comprehension Experiences with GXL; Comprehension for Comprehension. 147-158
  

Analysis of Dynamic Aspects

• Abdelwahab Hamou-Lhadj, Timothy Lethbridge:
  Compression Techniques to Simplify the Analysis of Large Execution Traces. 159-168
  
• Tomonori Takada, Fumiaki Ohata, Katsuro Inoue:
  Dependence-Cache Slicing: A Program Slicing Method Using Lightweight Dynamic Information. 169-177
  
• Igor Ivkovic, Michael W. Godfrey:
  Architecture Recovery of Dynamically Linked Applications: A Case Study. 178-186
  

Evolution and Reuse

• Jens H. Jahnke, Hausi A. Müller, Andrew Walenstein, Nikolai Mansurov, Kenny Wong:
  Fused Data-Centric Visualizations for Software Evolution Environments. 187-196
  
• Lerina Aversano, Gerardo Canfora, Andrea De Lucia, Silvio Stefanucci:
  Evolving Ispell: A Case Study of Program Understanding for Reuse. 197-206
  
• Massimiliano Di Penta, Sara Gradara, Giuliano Antoniol:
  Traceability Recovery in RAD Software Systems. 207-218
  

Analysis I

• Leon Moonen:
  Lightweight Impact Analysis using Island Grammars. 219-228
  
• Anthony Cox, Charles L. A. Clarke:
  Relocating XML Elements from Preprocessed to Unprocessed Code. 229-238
  
• Jingwei Wu, Ahmed E. Hassan, Richard C. Holt:
  Using Graph Patterns to Extract Scenarios. 239-250
  

Analysis II

• Jianjun Zhao:
  Slicing Aspect-Oriented Software. 251-260
  
• Giuseppe A. Di Lucca, Anna Rita Fasolino, F. Pace, Porfirio Tramontana, Ugo de Carlini:
  Comprehending Web Applications by a Clustering Based Approach. 261-270
  
• Václav Rajlich, Norman Wilde:
  The Role of Concepts in Program Comprehension. 271-280
  

Short Papers

• Christopher Exton:
  Constructivism and Program Comprehension Strategies. 281-284
  
• Scott R. Tilley, Shihong Huang:
  On Selecting Software Visualization Tools for Program Understanding in an Industrial Context. 285-288
  
• Jonathan I. Maletic, Michael L. Collard, Andrian Marcus:
  Source Code Files as Structured Documents. 289-292
  

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