XTRACTIS for Human Resources

Discovery of Discriminatory Biases in the Professional Evaluation of Employees: Gender & Age Bias

Benchmark vs. Logistic Regression, Random Forests, Boosted Trees & Neural Networks

Design an AI-based decision-making system that accurately and explicitly models a company’s evaluation strategies from its employees’ characteristics, specially to automatically highlight discriminatory biases in these strategies.

This use case is an illustrative example of XTRACTIS’ ability to reveal conscious or unconscious biases in high-risk critical decisional processes, in this case age and gender biases.

Goals & Benefits

Identify the specific parameters characterizing each employee and which are significant in his or her manager’s evaluation process.

Reveal the cause-and-effect relationships between these parameters and the managers’ decision strategies.

Improve HR management knowledge by helping companies understand their managers’ decision strategies.

Provide the regulator with a tool to check social compliance on a case-by-case basis.

XTRACTIS-induced Decision System

Intelligible Model, Explainable Decisions
  • The top-model is a decision system composed of 14 rules without chaining.
  • Each rule uses from 2 to 4 predictors among the 8 variables that XTRACTIS automatically identified as significant in the decision process (out of the 20 Potential Predictors).
  • Three rules are discriminatory as they clearly state that a specific gender or age status is a systematic decision criterion.

It has a good Real Performance (on unknown data).

It computes real-time predictions up to 70,000 decisions/second, offline or online (API).

LoR = Logistic Regression RFo=Random Forests
BT=Boosted Trees
NN=Neural Networks

Detailed results and explanations in full document

Use Case 2025/06 (v3.0)

Powered by XTRACTIS® REVEAL v13.2.54101 (2024/12)

CONTENTS

  1. Problem Definition
  2. XTRACTIS-induced Decision System
  3. XTRACTIS Process
  4. Top-Model Induction
  5. Explained Predictions for 3 unkown cases
  6. Top-Models Benchmark
  7. Quantitative Metrics