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  1. Statistical Science
  2. Modeling Overview

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Alpha TRAORE
Senior Statistical Scientist
  • Home
  • Statistical Science
    • Scientific Leadership and Positioning
    • Statistical Study Leadership
    • Trial Design, Estimands, and Planning
    • Study Design Overview
    • Estimands and Intercurrent Events
    • Sample Size and Power
    • Randomization and Blinding
    • SAP and TLF Shells
    • Confirmatory Inference and Robustness
    • Multiplicity
    • Missing Data
    • Sensitivity Analyses
    • Statistical Modeling
    • Modeling Methods
    • Modeling Overview
    • MMRM
    • Survival Analysis
    • PK/PD
    • Quality, Validation, and Delivery Readiness
    • QC and Validation
  • Programming & Data Standards
    • SDTM
    • SDTM Overview
    • Domains (with Specs)
    • SDTM DM (Demographics)
    • SDTM AE (Adverse Events)
    • SDTM VS (Vital Signs)
    • Submission Package
    • Case Report Forms
    • Outputs
    • Define XML
    • SDRG
    • Build & Quality
    • Programs
    • Validation Summary
    • QC
    • Standards
    • ADaM
    • ADaM Overview
    • Domains (with Specs)
    • ADaM ADSL (Subject-Level Analysis Dataset)
    • ADaM ADAE (Adverse Events Analysis Dataset)
    • ADaM ADVS (Vital Signs Analysis Dataset)
    • ADaM ADTTE (Time-to-Event Analysis Dataset)
    • Submission Package
    • Outputs
    • Define
    • ADRG
    • Build Quality
    • Programs
    • Validation
    • QC
    • Standards
    • TLFs
    • TLF Overview
    • Tables
    • Table 1: Demographics
    • Table 2: TEAE by SOC/PT
    • Table 3: Table 3: PFS Summary
    • Table 4: Table 4: ORR
    • Table 5: Heart Rate Change
    • Figures
    • Figure 1: Cumulative Incidence Function (CIF) Plot (PFS)
    • Figure 2: PFS Kaplan–Meier
    • Figure 3: BMI Over Time by Treatment
    • Listings
    • Listing 1: Demographics & Baseline (Analysis Set)
    • Listing 2: TEAEs by SOC/PT
    • Listing 3: ORR

Table of contents

  • Tracks
  • What you’ll find here
  1. Statistical Science
  2. Modeling Overview

Modeling Overview

ML • MMRM • PK/PD • Survival — reproducible, review-ready analyses

TipGoal

This section showcases analysis-grade modeling workflows with clear assumptions, validation, and traceability.

Model → Analysis Dataset → SDTM → Source

Tracks

Machine Learning (ML)

Interpretable predictive modeling + leakage-safe validation.

  • Feature engineering + splits
  • Training + tuning
  • Explainability (drivers/SHAP)
  • Explore modeling methods

MMRM (Repeated Measures)

Longitudinal continuous endpoints using mixed models.

  • Baseline adjustment + visit effects
  • Covariance structure + inference
  • LS-means + contrasts
  • Go to MMRM

PK/PD Modeling

Exposure–response and concentration-time modeling.

  • Structural + error models
  • Covariates + diagnostics
  • Simulation-ready reporting
  • Go to PK/PD

Survival / Time-to-Event

KM/Cox and modern survival workflows.

  • KM + medians + at-risk
  • Cox HR + diagnostics
  • Sensitivity checks
  • Go to Survival

What you’ll find here

  • Purpose: Practical modeling examples aligned with clinical analysis expectations
  • Traceability: Model outputs link back to analysis datasets, specs, and programs
  • Review readiness: Assumptions stated, QC checks documented, results reproducible
Modeling Methods
MMRM

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