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January 1, 2013Philosophical Transactions of the Royal Society A Mathematical Physical and Engineering Sciences630 citationsOpen Access

Gaussian processes for time-series modelling

SRStephen RobertsMOMichael A. OsborneMEMark Ebden

Key Points

  • Introduce the foundational conceptual framework of Bayesian non-parametric modelling using Gaussian processes for time-series data analysis.
  • Reviewed the theoretical foundations of Bayesian non-parametric modelling applied to temporal data.
  • Outlined strategies for integrating domain knowledge into Gaussian process model structure and covariance design.
  • Applied Gaussian process workflows to illustrative case examples.
  • Demonstrated that Gaussian processes provide a flexible, probabilistic approach for capturing complex patterns and uncertainties in temporal data.
  • Showed that incorporating prior domain knowledge directly into model design enhances the interpretability and predictive performance of Gaussian processes across time-series applications.

Abstract

In this paper, we offer a gentle introduction to Gaussian processes for time-series data analysis. The conceptual framework of Bayesian modelling for time-series data is discussed and the foundations of Bayesian non-parametric modelling presented for Gaussian processes. We discuss how domain knowledge influences design of the Gaussian process models and provide case examples to highlight the approaches.

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Cite This Study

Roberts et al. (2013) studied this question.

synapsesocial.com/papers/6a1536965347fbb1739f6a34https://doi.org/10.1098/rsta.2011.0550
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