3. WCRE 1996: Monterey, CA, USA

Experiments with Large Systems

• James M. Neighbors:
  Finding Reusable Software Components in Large Systems. 2-10
  
• Bruce Lewis, David J. McConnell:
  Reengineering Real-Time Embedded Software onto a Parallel Processing Platform. 11-
  

Experiments for Evaluation

• Steven Woods, Alex Quilici:
  Some Experiments Toward Understanding How Program Plan Recognition Algorithms Scale. 21-30
  
• Margaret-Anne D. Storey, Kenny Wong, P. Fong, D. Hooper, K. Hopkins, Hausi A. Müller:
  On Designing an Experiment to Evaluate a Reverse Engineering Tool. 31-
  

User Interface Migration

• Melody M. Moore:
  Rule-Based Detection for Reverse Engineering User Interfaces. 42-
  

Reverse Engineering Binary and Assembler Code

• Cristina Cifuentes:
  Partial Automation of an Integrated Reverse Engineering Environment of Binary Code. 50-56
  
• Paul H. Morris, Robert E. Filman:
  Mandrake: A Tool for Reverse-Engineering IBM Assembly Code. 57-66
  
• Tom Lake, Tim Blanchard:
  Reverse Engineering of Assembler Programs: A Model-Based Approach and its Logical Basis. 67-75
  
• Susan N. Roberts, Richard L. Piazza, D. G. Katz:
  A Portable Assembler Reverse Engineering Environment (PARE). 76-
  

Object Model Transformation

• Michael R. Blaha, William J. Premerlani:
  A Catalog of Object Model Transformations. 87-
  

Reengineering Infrastructure

• Spencer Rugaber, Linda M. Wills:
  Creating a Research Infrastructure for Reengineering. 98-
  

Wrapping

• Harry M. Sneed:
  Encapsulating Legacy Software for Use in Client/Server Systems. 104-
  

Data Reverse Engineering

• Andrew J. McAllister:
  Reverse Engineering a Medical Database. 121-130
  
• Jean-Luc Hainaut, Jean Henrard, Didier Roland, Vincent Englebert, Jean-Marc Hick:
  Structure Elicitation in Database Reverse Engineering. 131-140
  
• Kathi Hogshead Davis:
  Combining a Flexible Data Model and Phase Schema Translation in Data Model Reverse Engineering. 141-
  

Visualizing Recovered Architectures

• Melissa P. Chase, David R. Harris, Susan N. Roberts, Alexander S. Yeh:
  Analysis and Presentation of Recovered Software Architectures. 153-162
  
• Richard C. Holt, J. Y. Pak:
  GASE: visualizing Software Evolution-in-the-Large. 163-
  

Recovering Objects

• Harry M. Sneed:
  Object-Oriented Cobol Recycling. 169-178
  
• Rosangela Penteado, Fernão Stella R. Germano, Paulo Cesar Masiero:
  An Overall Process Based on Fusion to Reverse Engineer Legacy Code. 179-188
  
• Elizabeth Burd, Malcolm Munro, Clazien D. Wezeman:
  Extracting Reusable Modules from Legacy Code: Considering the Issues of Module Granularity. 189-
  

Recognition

• Paolo Tonella, Roberto Fiutem, Giuliano Antoniol, Ettore Merlo:
  Augmenting Pattern-Based Architectural Recovery with Flow Analysis: Mosaic -A Case Study. 198-207
  
• Christian Krämer, Lutz Prechelt:
  Design Recovery by Automated Search for Structural Design Patterns in Object-Oriented Softwar. 208-
  

Domain-Oriented Recovery

• Jean-Marc DeBaud:
  Lessons from a Domain-Based Reengineering Effort. 217-226
  
• John M. Gravley, Arun Lakhotia:
  Identifying Enumeration Types Modeled with Symbolic Constants. 227-
  

Addendum: Papers Reprinted from ICSM '96

Reverse Engineering I

• E. J. Younger, Z. Luo, Keith H. Bennett, T. M. Bull:
  Reverse Engineering Concurrent Programs Using Formal Modelling and Analysis. 239-248
  
• Gerald C. Gannod, Betty H. C. Cheng:
  Using Informal and Formal Techniques for the Reverse Engineering of C Programs. 249-258
  
• Salwa K. Abd-El-Hafiz:
  Evaluation of a Knowledge-Based Approach to Program Understanding. 259-
  

Reverse Engineering II

• Norman Wilde, Christopher Casey:
  Early Field Experience with the Software Recounaissance Technique for Program Comprehension. 270-276
  
• Roberto Fiutem, Paolo Tonella, Giuliano Antoniol, Ettore Merlo:
  A Cliche-Based Environment to Support Architectural Reverse Engineering. 277-286
  
• Jean-Marie Favre:
  Preprocessors from an Abstract Point of View. 287-296
  

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