Dynamic network graphing research project https://rsrch.sysreturn.net
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README.md

Historical Context in Real-Time Situational Awareness Network Visualizations using Dynamic Ego-Network Graphs

Abstract

Visual interfaces for information technology networks may use node-link graphs to give an overview of the network’s status and topology. To support situational awareness, visualizations need to show both the current state of the network while also keeping the view up to date as time passes. Dynamic graphs can animate over time to allow viewers to monitor network changes, but graph layout can affect the ease of interpreting the graph. The multitude of dimensions needed to be presented provides a major challenge for these graphs. Since two dimensions are used to map vertices and edges, there is no unique dimension for time. Therefore, time is typically shown using animation or the \textit{small-multiples} technique and related methods. Each of these approaches have their own features and trade-offs in granularity and ease of comparison. An important aspect of situational awareness displays is the ability to compare the current state with historical data. However, widely used dynamic graph techniques have trade-offs that are sub-optimal for situational awareness displays and historical data comparison.

We propose using a dynamic ego-centric graphing technique that maps time to both space and time. Doing so will meet the needs of situational awareness analysis more appropriately than other techniques. We will conduct a study to evaluate the efficacy of this technique. Our study will compare a dynamic ego-centric technique against animated and \textit{small-multiple} exo-centric graphs. Participants will be measured on the speed and accuracy of their evaluation across a range of network analysis tasks. The results of this study will help the situational awareness research community by showing how previously unused techniques apply to their problem domain.

Proposal Paper

Application Details

See the application readme