3. SOFTVIS 2006: Brighton, UK

Session 1

• Dan Wendlandt, Martin Casado, Paul Tarjan, Nick McKeown:
  The Clack graphical router: visualizing network software. 7-15
  
• Marina Blumenkrants, Hilla Starovisky, Ariel Shamir:
  Narrative algorithm visualization. 17-26
  
• Jhilmil Jain, James H. Cross II, T. Dean Hendrix, Larry A. Barowski:
  Experimental evaluation of animated-verifying object viewers for Java. 27-36
  

Session 2

• Wim De Pauw, Sophia Krasikov, John F. Morar:
  Execution patterns for visualizing web services. 37-45
  

Session 3

• Orla Greevy, Michele Lanza, Christoph Wysseier:
  Visualizing live software systems in 3D. 47-56
  
• Camil Demetrescu, Irene Finocchi:
  A data-driven graphical toolkit for software visualization. 57-66
  

Session 4

• Simon Gauvin, Omid Banyasad:
  Transparency, holophrasting, and automatic layout applied to control structures for visual dataflow programming languages. 67-75
  
• Ville Karavirta, Ari Korhonen, Lauri Malmi:
  Taxonomy of algorithm animation languages. 77-85
  

Session 5

• Thomas A. Alspaugh, Bill Tomlinson, Eric Baumer:
  Using social agents to visualize software scenarios. 87-94
  
• Johannes Bohnet, Jürgen Döllner:
  Visual exploration of function call graphs for feature location in complex software systems. 95-104
  
• Heorhiy Byelas, Alexandru Telea:
  Visualization of areas of interest in software architecture diagrams. 105-114
  
• Lucian Voinea, Alexandru Telea:
  Multiscale and multivariate visualizations of software evolution. 115-124
  

Session 6

• Steven P. Reiss:
  Visualizing program execution using user abstractions. 125-134
  
• Michael Meyer, Tudor Gîrba, Mircea Lungu:
  Mondrian: an agile information visualization framework. 135-144
  

Challenge abstracts

• Alexander Fronk, Armin Bruckhoff, Michael Kern:
  3D visualisation of code structures in Java software systems. 145-146
  
• Lucian Voinea, Alexandru Telea:
  How do changes in buggy Mozilla files propagate? 147-148
  

Poster abstracts

• John G. Hosking, Nodira Khoussainova, Gillian Dobbie:
  A tool for visualizing schemas for semistructured data. 149-150
  
• Steven L. Tanimoto, Stefano Levialdi:
  A transparent interface to state-space search programs. 151-152
  
• Thanasis Baloukas, Konstantinos Paparrizos:
  A visualization software for the network simplex algorithm. 153-154
  
• Christopher D. Hundhausen, Jonathan Lee Brown, Sean Farley:
  Adding procedures and pointers to the ALVIS algorithm visualization software: a preliminary design. 155-156
  
• Hao Liu, Feodor S. Vainstein:
  Animation of control flow for low-level debugging. 157-158
  
• Martin Siebenhaller, Michael Kaufmann:
  Drawing activity diagrams. 159-160
  
• Craig Anslow, Stuart Marshall, James Noble, Robert Biddle:
  Evaluating X3D for use in software visualization. 161-162
  
• Jürgen Wolff von Gudenberg, A. Niederle, M. Ebner, Holger Eichelberger:
  Evolutionary layout of UML class diagrams. 163-164
  
• Susanne Jucknath-John, Dennis Graf, Gabriele Taentzer:
  Evolutionary layout: preserving the mental map during the development of class models. 165-166
  
• Susanne Jucknath-John, Dennis Graf:
  Icon graphs: visualizing the evolution of large class models. 167-168
  
• Donald P. Pazel, Beth Tibbitts:
  Intentional MPI programming in a visual development environment. 169-170
  
• Chris Parnin, Carsten Görg:
  Lightweight visualizations for inspecting code smells. 171-172
  
• Jorma Sajaniemi, Pauli Byckling, Petri Gerdt:
  Metaphor-based animation of OO programs. 173-174
  
• Andreas Kerren, Tomasz Müldner, Elhadi Shakshuki:
  Novel algorithm explanation techniques for improving algorithm teaching. 175-176
  
• Emmanuel Pietriga:
  Semantic web data visualization with graph style sheets. 177-178
  
• Mircea Lungu, Michele Lanza:
  Softwarenaut: cutting edge visualization. 179-180
  
• Bina Reed, Philippa Rhodes, Eileen Kraemer, Elizabeth Thorpe Davis, Kenneth Hailston:
  The effect of comparison cueing and exchange motion on comprehension of program visualizations. 181-182
  
• Philippa Rhodes, Eileen Kraemer, Bina Reed:
  The importance of interactive questioning techniques in the comprehension of algorithm animations. 183-184
  
• Ken Kahn:
  Time travelling animated program executions. 185-186
  
• Jens Knodel, Dirk Muthig, Matthias Naab, Dirk Zeckzer:
  Towards empirically validated software architecture visualization. 187-188
  
• Niklas Elmqvist, Philippas Tsigas:
  TrustNeighborhoods in a nutshell. 189-190
  
• Johannes Reichardt:
  Two-dimensional C++. 191-192
  
• P. R. Giffen, Andrée Proulx, Jinsil Boo:
  Visual snippet editor. 193-194
  
• Jeremy Singer, Chris C. Kirkham:
  Visualized adaptive runtime subsystems. 195-196
  
• Tomasz D. Loboda, Peter Brusilovsky:
  WADEIn II: adaptive explanatory visualization for expressions evaluation. 197-198
  

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