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Research map / Probabilistic and scientific modeling / Molecules and proteins

Learning Hawkes Processes from Short Doubly-Censored Event Sequences

ICML 2017 · Probabilistic and scientific modeling › Molecules and proteins · approach: Neural point-process models · 34 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Use sampling-stitching to synthesize longer sequences before learningTime-invariant Hawkes processes · Synthetic datalog-likelihoodHelped
Use sampling-stitching to synthesize longer sequences before learningTime-invariant Hawkes processes · Synthetic datarelative errorHelped
Use sampling-stitching with the Least Squares algorithmLeast Squares Hawkes learning · Synthetic data, time-invariant Hawkes processeslearning resultsHelped
Use sampling-stitching to synthesize longer sequences before learningTime-varying Hawkes processes · Synthetic datalog-likelihoodHelped
Use sampling-stitching to synthesize longer sequences before learningTime-varying Hawkes processes · Synthetic datarelative errorHelped
Apply sampling-stitching twice instead of once (ablation)Time-varying Hawkes processes · Synthetic datalearning resultsHelped
Increase the number of stitches beyond three (ablation)Sampling-stitching Hawkes learning · Synthetic data, time-varying Hawkes processeslog-likelihoodHurt
Increase the number of stitches beyond three (ablation)Sampling-stitching Hawkes learning · Synthetic data, time-varying Hawkes processesrelative errorHurt
Use sampling-stitching to synthesize longer sequences before learningTime-varying Hawkes processes · LinkedIn datatest log-likelihoodHelped
Use sampling-stitching instead of the stationary bootstrapTime-varying Hawkes processes · LinkedIn datatest log-likelihoodHelped
Use sampling-stitching to synthesize longer sequences before learningTime-varying Hawkes processes · MIMIC IIItest log-likelihoodHelped
Use sampling-stitching instead of the stationary bootstrapTime-varying Hawkes processes · MIMIC IIItest log-likelihoodHelped

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