Statistics

Learn how to write and submit a scientific paper effectively.

An online tool helps users analyze wind energy data from 28 European countries.

New model improves predictions by correcting errors in species identification.

Comparing methods for mapping malaria prevalence using geostatistical analysis.

A study on detecting changepoints in COVID-19 data across New York.

A guide to finding the best bus route to Downtown.

A look at how travel time derivatives can manage transportation risks.

Research explores how cutting shapes provides insights into their original sizes.

Slow kill improves variable selection for big data analysis, enhancing efficiency and accuracy.

Learn how to write and submit a scientific paper effectively.

Learn about methods improving evidence estimation in Bayesian inference.

Research reveals interconnected gene networks using a novel statistical approach.

Introducing BDEC, a sampling method designed for complex probability distributions.

New methodology improves geostatistical modeling using profile likelihoods and GPUs.

New model LUENN improves microscopy speed and accuracy for biological research.

A look into aligning forecasts for consistent and coherent predictions.

Slow kill improves variable selection for big data analysis, enhancing efficiency and accuracy.

A new method improves how agents explore environments for better decision-making.

A look into how GCMMs improve data analysis for complex relationships.

Researchers use graphs to enhance algorithms in decision-making processes.

New algorithms enhance prediction accuracy in time series analysis.

New methods improve model accuracy without labeled data.

This study examines how hidden features in graphs can predict node outcomes.

Learn how to use elsarticle.cls for journal submissions.

This study examines how review structure affects sentiment classification accuracy.

Slow kill improves variable selection for big data analysis, enhancing efficiency and accuracy.

Learn how LPM improves sampling accuracy in research and analysis.

Fast-GFPCA improves analysis of complex time-based data in health and fitness.

A study on regression models for understanding shapes in neuroscience.

A study on detecting changepoints in COVID-19 data across New York.

A method to assess model accuracy and avoid overfitting.

Learn about methods improving evidence estimation in Bayesian inference.

A practical guide to the Saltbox-Roof Probability Distribution and its applications.

Research examines how local interactions can simplify complex systems using image data.

This article explores interventional probability distributions and their role in causality.

How too many measurements can mislead safety in projects.

Examining the conflict between data access and confidentiality in research.

Learn about advanced means and their role in data analysis.

A new method improves how we cluster data with numbers and categories.

How delays impact the efficiency of adaptive trial designs.

A method to assess model accuracy and avoid overfitting.

Exploring statistical methods for complex data structures in estimation.

New algorithms identify truncation in normal distributions with fewer samples.

Study of VDFAP channels reveals key insights into molecular communication capacity.

A closer look at Gaussian processes, linear transformations, and the role of unbounded operators.

Explore the essential features and ancestry in weighted particle systems.

Research advances in stochastic models for fluid dynamics, focusing on noise calibration techniques.

Research reveals interconnected gene networks using a novel statistical approach.