Scientific Software

Computational Phenotyping Pipelines

Reusable analysis pipelines for latent structure, clustering, and subgroup discovery.

Scientific problem Human brain health data are high-dimensional, heterogeneous, and often poorly described by a single average effect.
Why It Was Needed

Large cohort studies need reproducible ways to discover cognitive profiles, validate subgroup structure, compare model outputs, and interpret drivers without turning each analysis into a bespoke workflow.

What It Enables

These pipelines make it possible to identify hidden cognitive phenotypes, test sensitivity across cohorts, and connect subgroup membership to biological, psychosocial, and clinical drivers.

These pipelines are the computational layer for discovering hidden structure in heterogeneous translational data.

They are designed around reproducibility, model interpretation, and the ability to connect statistical structure to meaningful scientific and clinical questions.

Scientific Infrastructure

The pipelines combine dimensionality reduction, self-organizing maps, clustering, supervised modeling, variable importance, and visual interpretation. They are built to support both discovery and explanation: finding structure first, then asking what variables define or modify that structure.

Scientific Story

This thread began in NeuroHIV cognitive phenotyping and now supports broader translational questions in aging, Long COVID, mental health, sleep, and biomarker integration.

Connected Threads

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