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<div style="margin: 0px;" class="">VISSOFT 2021 ---- Sep 27-28, 2021, Virtual, co-located with ICSME 2021 ---
<a href="https://vissoft.info/2021/" class="">https://vissoft.info/2021/</a></div>
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Registration link: <a href="https://icsme2021.github.io/Registration.html" class="">
https://icsme2021.github.io/Registration.html</a></div>
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**** Early registration rate until September 4, 2021 ****<br class="">
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VISSOFT 2021 is the 9th IEEE Working Conference on Software Visualization, virtually co-located with ICSME 2021 (<a href="https://icsme2021.github.io/index.html" class="">https://icsme2021.github.io/index.html</a>)</div>
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The VISSOFT conference is principally a venue for publishing and discussing research related to software visualization. VISSOFT brings together a community of researchers from software engineering, information visualization, human-computer interaction, computer
graphics, and data science to discuss theoretical foundations, algorithms, techniques, tools, and applications related to software visualization.<br class="">
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On September 27th and 28th we will discuss a range of excellent papers. Accepted were 9 Technical papers, 12 New Ideas and Emerging Results / Tool Demo papers and two Journal-First presentations.<br class="">
You can find a full list of the accepted papers below!<br class="">
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The keynote will be delivered by Michele Lanza from the Università della Svizzera italiana.<br class="">
Daniel Weiskopf from the University of Stuttgart will be our capstone speaker.<br class="">
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The program is available at: <a href="https://vissoft.info/2021/program.html" class="">
https://vissoft.info/2021/program.html</a></div>
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Follow us on Twitter to stay up to date: <a href="https://twitter.com/IEEEVISSOFT" class="">
https://twitter.com/IEEEVISSOFT</a></div>
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Accepted Papers:<br class="">
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---- Technical Papers ----<br class="">
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1 A Scalable Log Differencing Visualisation Applied to COBOL Refactoring<br class="">
Céline Deknop, Kim Mens, Alexandre Bergel, Johan Fabry and Vadim Zaytsev<br class="">
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2 CodeCity: On-Screen or in Virtual Reality?<br class="">
David Moreno-Lumbreras, Roberto Minelli, Andrea Villaverde, Michele Lanza and Jesus M. Gonzalez-Barahona<br class="">
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3 CodingTM: Development Task Visualization for SW Code Comprehension<br class="">
Taeyoung Kim, Suntae Kim and Duksan Ryu<br class="">
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4 Continuous Rationale Visualization<br class="">
Anja Kleebaum, Barbara Paech, Jan Ole Johanssen and Bernd Bruegge<br class="">
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5 Global Overviews of Granular Test Coverage with Matrix Visualizations<br class="">
Kaj Dreef, Vijay Krishna Palepu and James Jones<br class="">
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6 Trace Visualization within the Software City Metaphor: A Controlled Experiment on Program Comprehension<br class="">
Veronika Dashuber and Michael Philippsen<br class="">
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7 TransVis: Using Visualizations and Chatbots for Supporting Transient Behavior in Microservice Systems<br class="">
Samuel Beck, Sebastian Frank, Mir Alireza Hakamian, Leonel Merino and André van Hoorn<br class="">
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8 Visualization of Object-Oriented Variability Implementations as Cities<br class="">
Johann Mortara, Philippe Collet and Anne-Marie Déry<br class="">
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9 Visualizing Metric Trends for Software Portfolio Quality Management<br class="">
Patric Genfer, Johann Grabner, Christina Zoffi, Mario Bernhart and Thomas Grechenig<br class="">
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---- NIER/TD Papers ----<br class="">
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1 Analyzing and Visualizing Projects and their Relations in Software Ecosystems<br class="">
Van Tuan Tran, Cheng Cheng, Fabio Petrillo and Yann-Gaël Guéhéneuc<br class="">
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2 Augmenting Code Review Experience Through Visualization<br class="">
Faruk Balcı, Dilruba Sultan Haliloğlu, Onur Şahin, Cankat Tilki, Mehmet Ata Yurtsever and Eray Tüzün<br class="">
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3 CHANGEVIZ: Enhancing the GitHub Interface with Method Calls Information<br class="">
Lorenzo Gasparini, Enrico Fregnan, Larissa Braz, Tobias Baum and Alberto Bacchelli<br class="">
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4 Codoc: Code-driven Architectural View Specification Framework for Python<br class="">
Casper Weiss Bang and Mircea Lungu<br class="">
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5 Live Visualization of Dynamic Software Cities with Heat Map Overlays<br class="">
Alexander Krause, Malte Hansen and Wilhelm Hasselbring<br class="">
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6 React-bratus: Visualising React.js Component Hierarchies<br class="">
Mircea Lungu and Stephan Boersma<br class="">
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7 Towards a JSON-based Algorithm Animation Language<br class="">
Artturi Tilanterä, Giacomo Mariani, Ari Korhonen and Otto Seppälä<br class="">
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8 Visualizing Data in Software Cities<br class="">
Susanna Ardigò, Csaba Nagy, Roberto Minelli and Michele Lanza<br class="">
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9 Visualizing Discord Servers<br class="">
Marco Raglianti, Roberto Minelli, Csaba Nagy and Michele Lanza<br class="">
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10 Visualizing GitHub Issues<br class="">
Aron Fiechter, Roberto Minelli, Csaba Nagy and Michele Lanza<br class="">
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11 Visually Analyzing the Code Quality of Component-based Web Applications<br class="">
Hagen Tarner, Daniel van den Bongard and Fabian Beck<br class="">
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12 Voronoi Evolving Treemaps<br class="">
Davide Paolo Tua, Roberto Minelli and Michele Lanza<br class="">
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---- Journal First Papers ----<br class="">
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1 Visual Augmentation of Source Code Editors: A Systematic Mapping Study<br class="">
Matúš Sulír, Michaela Bačíková, Sergej Chodarev and Jaroslav Porubän<br class="">
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2 An Architecture-Tracking Approach to Evaluate a Modular and Extensible Flight Software for CubeSat Nanosatellites<br class="">
Carlos Gonzalez, Camilo Rojas, Alexandre Bergel and Marcos Diaz<br class="">
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Carolin Brandt<br class="">
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PhD Student<br class="">
TU Delft // EEMCS // Software Engineering Research Group // TestShift Project<br class="">
E <a href="mailto:c.e.brandt@tudelft.nl" class="">c.e.brandt@tudelft.nl</a> // T <a href="https://twitter.com/laci_noire" class="">
https://twitter.com/laci_noire</a> // W <a href="https://carolin-brandt.de/" class="">
https://carolin-brandt.de/</a><br class="">
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