Regshock: Interactive Visual Analytics of Systemic Risk in Financial Networks
Zhibin Niu, Junqi Wu, Dawei Cheng, and Jiawan Zhang

TL;DR
Regshock introduces a visual analytics framework for exploring and evaluating systemic risk mitigation strategies in financial networks, combining risk-centered visualization with simulation-based intervention assessment to aid financial regulators.
Contribution
It presents the first practical systemic method integrating visualization and simulation for financial network intervention and risk mitigation.
Findings
Effective risk pattern detection through risk-island visualization.
Heuristic surgical intervention capability demonstrated.
Validated approach improves financial risk management.
Abstract
Financial regulatory agencies are struggling to manage the systemic risks attributed to negative economic shocks. Preventive interventions are prominent to eliminate the risks and help to build a more resilient financial system. Although tremendous efforts have been made to measure multi-risk severity levels, understand the contagion behaviors and other risk management problems, there still lacks a theoretical framework revealing what and how regulatory intervention measurements can mitigate systemic risk. Here we demonstrate regshock, a practical visual analytical approach to support the exploration and evaluation of financial regulation measurements. We propose risk-island, an unprecedented risk-centered visualization algorithm to help uncover the risk patterns while preserving the topology of financial networks. We further propose regshock, a novel visual exploration and assessment…
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Taxonomy
TopicsData Visualization and Analytics · Complex Systems and Time Series Analysis · Complex Network Analysis Techniques
