VisiFold: Long-Term Traffic Forecasting via Temporal Folding Graph and Node Visibility
Zhiwei Zhang, Xinyi Du, Weihao Wang, Xuanchi Guo, and Wenjuan Han

TL;DR
VisiFold introduces a novel approach for long-term traffic forecasting by consolidating temporal data into a single graph and employing node visibility mechanisms, significantly reducing computational costs while enhancing prediction accuracy.
Contribution
The paper proposes VisiFold, a new framework with a temporal folding graph and node visibility mechanism to improve long-term traffic forecasting efficiency and performance.
Findings
Reduces resource consumption in long-term forecasting
Outperforms existing methods on benchmark datasets
Maintains high accuracy even with 80% node masking
Abstract
Traffic forecasting is a cornerstone of intelligent transportation systems. While existing research has made significant progress in short-term prediction, long-term forecasting remains a largely uncharted and challenging frontier. Extending the prediction horizon intensifies two critical issues: escalating computational resource consumption and increasingly complex spatial-temporal dependencies. Current approaches, which rely on spatial-temporal graphs and process temporal and spatial dimensions separately, suffer from snapshot-stacking inflation and cross-step fragmentation. To overcome these limitations, we propose \textit{VisiFold}. Our framework introduces a novel temporal folding graph that consolidates a sequence of temporal snapshots into a single graph. Furthermore, we present a node visibility mechanism that incorporates node-level masking and subgraph sampling to overcome the…
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Taxonomy
TopicsTraffic Prediction and Management Techniques · Advanced Graph Neural Networks · Human Mobility and Location-Based Analysis
