
Developed a Bias and Fairness Metrics Test Suite for the IFRI-AI-Classes/ifri_mini_ml_lib repository, focusing on systematic evaluation of machine learning model bias. The suite implemented tests for selection rate, demographic parity, and equalized odds, addressing both basic scenarios and complex edge cases such as empty predictions and varying positive label values. Emphasizing robust model governance, the work enhanced testing reliability by including weighted sample handling. The project was delivered in Python, leveraging skills in fairness in AI, machine learning, and testing. During this period, the primary focus remained on feature development and comprehensive test coverage rather than bug fixes.
Delivered a Bias and Fairness Metrics Test Suite in IFRI-AI-Classes/ifri_mini_ml_lib to systematically evaluate ML bias using selection rate, demographic parity, and equalized odds. Tests cover basic scenarios, weighted samples, and edge cases (empty predictions, varying positive labels). This enhances model governance and testing reliability. No major bugs fixed this month; primary focus on feature delivery and test coverage.
Delivered a Bias and Fairness Metrics Test Suite in IFRI-AI-Classes/ifri_mini_ml_lib to systematically evaluate ML bias using selection rate, demographic parity, and equalized odds. Tests cover basic scenarios, weighted samples, and edge cases (empty predictions, varying positive labels). This enhances model governance and testing reliability. No major bugs fixed this month; primary focus on feature delivery and test coverage.

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