Learnability of Timescale Graphical Event Models
Philipp Behrendt

TL;DR
This paper investigates the learnability of Timescale Graphical Event Models by proposing heuristics for hyper-parameter selection, refining a distance measure, and benchmarking their effectiveness on synthetic data.
Contribution
It introduces new heuristics for hyper-parameter tuning, refines an existing distance measure, and provides a comprehensive benchmark for Timescale Graphical Event Models.
Findings
Heuristics improve structure learning accuracy
Refined distance measure enhances model evaluation
Benchmark results guide applicability of methods
Abstract
This technical report tries to fill a gap in current literature on Timescale Graphical Event Models. I propose and evaluate different heuristics to determine hyper-parameters during the structure learning algorithm and refine an existing distance measure. A comprehensive benchmark on synthetic data will be conducted allowing conclusions about the applicability of the different heuristics.
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Taxonomy
TopicsBayesian Modeling and Causal Inference · Machine Learning and Algorithms · Metabolomics and Mass Spectrometry Studies
