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Hierarchical Span-Based Conditional Random Fields for Labeling and Segmenting Events in Wearable Sensor Data Streams

ICML 2016 · Probabilistic and scientific modeling › Molecules and proteins · approach: Neural point-process models · 7 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Replace hierarchical pairwise tree CRF with hierarchical span-based CRF (HNS) for joint event detection and segmentationsegmentation of activity sessions · four mHealth datasets (PM, T, MP, RQS)segmentation F1: 0.082 to 0.266 F1 on three of four datasets; same on MPHelped
Use max-margin (SSVM) learning instead of maximum likelihood for HNS (ablation)HNS model · four mHealth datasetssegmentation F1Helped
Use HNS span-based model instead of LR/T-CRF for event labelingevent detection · four mHealth datasetsevent-level F1Mixed
Use HNS span-based model instead of T-CRF on high event noise synthetic dataevent detection · synthetic data, sigma_S=0.25, varying sigma_Eevent-level F1Helped
Hierarchical span model vs. all baselines on low-signal synthetic data vs. clean dataevent detection · synthetic data, sigma_E=0.25event-level F1No clear effect

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