Audit what is missing
Summarize and visualize missing responses by variable, case, program group, study wave, and pattern.
PREMIUM R MARKDOWN WORKFLOW · VERSION 1.0
A complete, editable workflow for auditing missing data, imputing continuous, binary, and ordinal variables, diagnosing chained equations, pooling longitudinal models, and testing sensitivity to unverifiable assumptions.
One-time purchase · Individual-use license · Secure digital delivery
WHAT IS INSIDE
The package connects missingness description, model specification, diagnostics, pooled inference, comparison, and sensitivity analysis in one reproducible report.
Summarize and visualize missing responses by variable, case, program group, study wave, and pattern.
Distinguish MCAR, MAR, and MNAR without claiming that an observed-data test can prove the mechanism.
Use predictive mean matching, logistic regression, ordinal logistic regression, and passive interactions with a documented predictor matrix.
Review chain behavior, logged events, observed and imputed distributions, and impossible completed values.
Pool longitudinal mixed and binary logistic models across 20 completed datasets using Rubin's rules.
Compare complete cases and examine delta adjustments when departures from MAR could alter the conclusion.
DESIGNED FOR DOCTORAL RESEARCH
Many irregular occasions, complex survey designs, survival outcomes, three-level data, or strongly MNAR processes require extensions beyond this introductory workflow.
PUBLIC PREVIEW
The public preview shows the analysis output, figures, decision guidance, and dynamic reporting. The paid package includes the complete editable R Markdown source, reusable module, all analysis code, synthetic data, documentation, and exported results.
THE DOWNLOADABLE PACKAGE
The synthetic longitudinal dataset contains documented intermittent gaps and monotone attrition across continuous, binary, and ordinal variables. The complete analysis runs before you introduce your own data.
The workflow supports analysis and documentation. Missing-data assumptions and model choices remain the researcher's responsibility and should be reviewed with the dissertation advisor, committee, or a qualified statistician.
VERSION 1.0
Pay securely and receive the version 1.0 ZIP with the editable analysis, reusable module, synthetic data, documentation, rendered report, and reusable exports.
Checkout is temporarily unavailable. Please email hello@dissertationstatshelper.com for assistance.