5. SOFTVIS 2010: Salt Lake City, UT, USA

• Arie van Deursen:
  A pragmatic perspective on software visualization. 1-2
  

Capstone presentation

• Grady Booch:
  Why don't developers draw diagrams? 3-4
  

New visualization and interaction techniques

• Emerson R. Murphy-Hill, Andrew P. Black:
  An interactive ambient visualization for code smells. 5-14
  
• Chris Parnin, Carsten Görg, Spencer Rugaber:
  CodePad: interactive spaces for maintaining concentration in programming environments. 15-24
  
• Craig Anslow, Stuart Marshall, James Noble, Ewan D. Tempero, Robert Biddle:
  User evaluation of polymetric views using a large visualization wall. 25-34
  
• Michael Ogawa, Kwan-Liu Ma:
  Software evolution storylines. 35-42
  

Visualization of memory

• George G. Robertson, Trishul M. Chilimbi, Bongshin Lee:
  AllocRay: memory allocation visualization for unmanaged languages. 43-52
  
• Edward Aftandilian, Sean Kelley, Connor Gramazio, Nathan P. Ricci, Sara L. Su, Samuel Z. Guyer:
  Heapviz: interactive heap visualization for program understanding and debugging. 53-62
  
• Colin Myers, David Duke:
  A map of the heap: revealing design abstractions in runtime structures. 63-72
  
• Andrea Adamoli, Matthias Hauswirth:
  Trevis: a context tree visualization & analysis framework and its use for classifying performance failure reports. 73-82
  

Visualization for program comprehension and maintenance

• Haowei Ruan, Craig Anslow, Stuart Marshall, James Noble:
  Exploring the inventor's paradox: applying jigsaw to software visualization. 83-92
  
• Syed S. Islam, Jens Krinke, David Binkley:
  Dependence cluster visualization. 93-102
  
• Shen Lin, François Taïani, Thomas C. Ormerod, Linden J. Ball:
  Towards anomaly comprehension: using structural compression to navigate profiling call-trees. 103-112
  
• Adrian Kuhn, David Erni, Oscar Nierstrasz:
  Embedding spatial software visualization in the IDE: an exploratory study. 113-122
  

Trace visualization

• Yongzheng Wu, Roland H. C. Yap, Felix Halim:
  Visualizing windows system traces. 123-132
  
• Jonas Trümper, Johannes Bohnet, Jürgen Döllner:
  Understanding complex multithreaded software systems by using trace visualization. 133-142
  
• Wim De Pauw, Steve Heisig:
  Zinsight: a visual and analytic environment for exploring large event traces. 143-152
  
• Juha Helminen, Lauri Malmi:
  Jype - a program visualization and programming exercise tool for Python. 153-162
  

Graph layout and visualization of evolution

• Mathias Frisch, Raimund Dachselt:
  Off-screen visualization techniques for class diagrams. 163-172
  
• Benjamin Albrecht, Philip Effinger, Markus Held, Michael Kaufmann:
  An automatic layout algorithm for BPEL processes. 173-182
  
• Fabian Beck, Stephan Diehl:
  Visual comparison of software architectures. 183-192
  
• Frank Steinbrückner, Claus Lewerentz:
  Representing development history in software cities. 193-202
  

Posters

• Andreas Kerren, Ilir Jusufi:
  3D kiviat diagrams for the interactive analysis of software metric trends. 203-204
  
• Dan Medani, Gary Haggard, Chris Bassett, Peter Koch, Nikolas Lampert, Tim Medlock, Steven Pierce, Ryan Smith, Andrew Yehl:
  Graph works - pilot graph theory visualization tool. 205-206
  
• Dirk Zeckzer:
  Visualizing software entities using a matrix layout. 207-208
  
• Matthew Follett, Orland Hoeber:
  ImpactViz: visualizing class dependencies and the impact of changes in software revisions. 209-210
  
• Frédéric Jean, Alexandra Branzan Albu:
  VIPERS: visual prototyping environment for real-time imaging systems. 211-212
  
• Martin Beck, Jürgen Döllner:
  Towards automated analysis and visualization of distributed software systems. 213-214
  
• Gowritharan Maheswara, Jeremy S. Bradbury, Christopher Collins:
  TIE: an interactive visualization of thread interleavings. 215-216
  
• Alan Humphrey, Christopher Derrick, Ganesh Gopalakrishnan, Beth R. Tibbitts:
  GEM: graphical explorer of MPI programs. 217-218
  
• Sven Böttger, Henning Barthel, Achim Ebert:
  Fault forest visualization. 219-220
  

Demos

• Yung-Pin Cheng, Han-Yi Tsai, Chih-Shun Wang, Chien-Hsin Hsueh:
  xDIVA: automatic animation between debugging break points. 221-222
  
• Øystein Thorsen, Charles Wallace:
  Understanding relaxed memory consistency through interactive visualization. 223-224
  
• Paul Johnson, Stephen Marsland:
  Beat: a tool for visualizing the execution of object orientated concurrent programs. 225-226
  

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