HomeData ScienceDeep Feature Synthesis: Automated Feature Engineering

Deep Feature Synthesis: Automated Feature Engineering

Watch automated feature engineering walk a relational Customers → Transactions → Categories graph, synthesizing aggregation features (COUNT, SUM, MEAN, MAX, STD) at each depth and ranking them by correlation with a hidden target.

Data Science3DModerate60 FPS
ds-topic-29 ↗ Open standalone

Before any model-selection or hyperparameter search runs, an AutoML pipeline has to turn raw relational tables into a flat feature matrix — and it does this automatically with Deep Feature Synthesis. This simulator builds a small relational schema (Customers → Transactions → Categories), lets automated aggregation primitives (COUNT, SUM, MEAN, MAX, STD) walk the relationship graph at one or two hops of depth, and scores every synthesized feature against a hidden target with a live Pearson correlation. Watch the 3D scene light up each customer hub in proportion to how predictive its best auto-generated feature turned out to be, tune how much real signal exists versus noise, and see automated feature engineering either converge on the useful aggregate or, when the signal is weak, find nothing better than chance.

⚙ Under the hood

Watch automated feature engineering walk a relational Customers → Transactions → Categories graph, synthesizing aggregation features (COUNT, SUM, MEAN, MAX, STD) at one or two hops of depth and ranking each one by its live Pearson correlation with a hidden target.

AutoMLfeature engineeringdeep feature synthesisrelational dataPearson correlationThree.js

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install

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