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OLAP Visual Analytics on Large Software Call Graphs with Hierarchical ChordMap

机译:带有分层ChordMap的大型软件调用图上的OLAP可视化分析

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The performance of call graph analytics is critical to the development and management of large-scale software systems. Classical call graph visualizers either reuse a plain node-link graph metaphor that does not scale, or adopt the specific aggregation technique like the PivotGraph. In this paper, we first generalize the OLAP analysis framework from multidimensional data to multivariate graphs. Then we introduce Hierarchical ChordMap, a new visualization design that tightly couples with OLAP operations through context-preserving user interactions. Controlled user study demonstrates significant improvements of our design from the basic call graph visualizer. Implications are summarized on when and how the ChordMap design can outperform a stable PivotGraph tool in call graph analysis.
机译:调用图分析的性能对于大规模软件系统的开发和管理至关重要。经典的调用图可视化器要么重用无法缩放的普通节点链接图隐喻,要么采用像PivotGraph这样的特定聚合技术。在本文中,我们首先概括了从多维数据到多元图的OLAP分析框架。然后,我们介绍Hierarchical ChordMap,这是一种新的可视化设计,通过保留上下文的用户交互与OLAP操作紧密结合。受控用户研究证明了基本调用图可视化工具对我们设计的显着改进。总结了何时和如何在调用图分析中ChordMap设计可以胜过稳定的PivotGraph工具的含义。

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