Methods · Causal inference · Causal structure identification

Structural Causal Model (DAG)

A structural causal model represented as a directed acyclic graph (DAG) encodes assumed causal relationships among variables, showing which variables to adjust for and, with causal discovery algorithms, suggesting causal structure from data.

방향성 비순환 그래프(DAG)로 나타낸 구조적 인과모형은 변수 간 가정된 인과관계를 표현하여 보정할 변수를 알려주며, 인과탐색 알고리즘을 쓰면 자료로부터 인과구조를 제안한다.

How do I map causal relationships among variables and decide which ones to control for?

변수 간 인과관계를 그리고 어떤 변수를 통제해야 하는지 어떻게 정하나요?

A structural causal model drawn as a directed acyclic graph lays out assumed causal paths, so the backdoor criterion identifies which confounders to adjust for and which colliders or mediators to leave out. Structure-learning algorithms such as PC can suggest a graph from observational data, but the result should be checked against subject-matter knowledge.

When to use Structural Causal Model (DAG)

When to use something else

Assumptions and requirements

What the analysis reports

How to report it

Based on the directed acyclic graph, the minimal sufficient adjustment set for the effect of [exposure] on [outcome] comprised [variables].

Related methods

Run Structural Causal Model (DAG) on Quorant

Data you need
a table (CSV or Excel) with predictor (feature) columns
Price
250 credits for one analysis up to 10,000 rows (complexity level 2); larger or wider data costs more. Optional methodologist review: 1200 credits.
Checking
Python results are cross-checked against R reference outputs in every deployment
Before you pay
A free pre-analysis diagnosis checks your data and gives an exact quote; nothing is deducted until you approve it.

Method ID Q81007 · Reviewed 2026-10-25