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20242026
most citedA decomposition of Fisher's information to inform sample size for developing fair and precise clinical prediction models -- part 1: binary outcomes

2 citations · 3 across the 4 of their papers we have counts for

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stat.ME2026

Incorporating Missing Data Considerations into Sample Size Calculations for Developing Clinical Prediction Models

Glen P. Martin, Sian Bladon, Rebecca Whittle +3

Clinical prediction models must be developed using sufficiently large datasets to minimise overfitting and ensure robust predictive performance. Existing sample size calculations a…

stat.ME2025★ 1 cited

A general sample size framework for developing or updating a clinical prediction model

Richard D Riley, Rebecca Whittle, Mohsen Sadatsafavi +4

Aims: To propose a general sample size framework for developing or updating a clinical prediction model using any statistical or machine learning method, based on drawing samples f…

stat.ME2025

A decomposition of Fisher's information to inform sample size for developing fair and precise clinical prediction models -- Part 2: time-to-event outcomes

Richard D Riley, Gary S Collins, Lucinda Archer +9

Background: When developing a clinical prediction model using time-to-event data, previous research focuses on the sample size to minimise overfitting and precisely estimate the ov…

stat.ME2024★ 2 cited

A decomposition of Fisher's information to inform sample size for developing fair and precise clinical prediction models -- part 1: binary outcomes

Richard D Riley, Gary S Collins, Rebecca Whittle +11

When developing a clinical prediction model, the sample size of the development dataset is a key consideration. Small sample sizes lead to greater concerns of overfitting, instabil…