InsightBoard: An Interactive Multi-Metric Visualization and Fairness Analysis Plugin for TensorBoard

📅 2026-04-02
📈 Citations: 0
Influential: 0
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🤖 AI Summary
Existing training monitoring tools struggle to simultaneously track dynamic changes across multiple metrics and diagnose fairness disparities among subgroups. This work proposes a TensorBoard plugin that, for the first time, integrates multi-metric linked visualizations with slice-level fairness analysis within a unified interactive interface, enabling real-time monitoring of both performance and fairness without modifying the training pipeline. By combining multi-view charts, user-defined subgroup slicing, standard fairness metrics, and correlation analysis across heterogeneous indicators, the approach successfully uncovers hidden demographic and environmental biases in high-performing models on the YOLOX architecture and BDD100k dataset, facilitating early detection and diagnosis of fairness issues during model training.
📝 Abstract
Modern machine learning systems deployed in safety-critical domains require visibility not only into aggregate performance but also into how training dynamics affect subgroup fairness over time. Existing training dashboards primarily support single-metric monitoring and offer limited support for examining relationships between heterogeneous metrics or diagnosing subgroup disparities during training. We present InsightBoard, an interactive TensorBoard plugin that integrates synchronized multi-metric visualization with slice-based fairness diagnostics in a unified interface. InsightBoard enables practitioners to jointly inspect training dynamics, performance metrics, and subgroup disparities through linked multi-view plots, correlation analysis, and standard group fairness indicators computed over user-defined slices. Through case studies with YOLOX on the BDD100k dataset, we demonstrate that models achieving strong aggregate performance can still exhibit substantial demographic and environmental disparities that remain hidden under conventional monitoring. By making fairness diagnostics available during training, InsightBoard supports earlier, more informed model inspection without modifying existing training pipelines or introducing additional data stores.
Problem

Research questions and friction points this paper is trying to address.

fairness analysis
multi-metric visualization
subgroup disparities
training dynamics
TensorBoard
Innovation

Methods, ideas, or system contributions that make the work stand out.

multi-metric visualization
fairness diagnostics
TensorBoard plugin
sliced evaluation
interactive model monitoring
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R
Ray Zeyao Chen
Department of Computer & Information Science & Engineering, University of Florida, Gainesville, FL, USA
Christan Grant
Christan Grant
Associate Professor, University of Florida
Interactive Machine LearningNatural Language ProcessingVisualizationData MiningPrivacy