Welcome
User Guide
Trusted AI
This feature is available for classification and regression problem types.
Robustness
Robustness of AI/ML models is analyzed by Sensitivity Analysis examining the extent to which the results are affected by changes in input data.

Release Notes
Installation Guide
Developer Guide
MLAC User Guide
User Guide
- Introduction
  Marketing AION (Artificial Intelligence ON) is an AI life cycle management platform for applying machine learning to real-world problems. Marketing AION encompasses the complete pipeline from raw data ingestion to a deployable machine learning model with a less-code/no-code approach.
- Model Management
- Model Training
- Model Prediction
  Model prediction predicts the input data based on the pattern of training data.
- Trusted AI
  This feature is available for classification and regression problem types.
  - Fairness Metrics
    Fairness metrics are a set of measures that enables the user to detect the presence of bias in model.
  - Performance
    Model performance is an assessment of the model's ability to perform a task accurately not only with training data but also in real-time with runtime data when the model is deployed.
  - Transparency
    Transparency helps users to understand the input data, algorithm and expected output of an ML model.
  - Explainability
    Explainability tab gives an explanation about Prediction and Model.
  - Robustness
    Robustness of AI/ML models is analyzed by Sensitivity Analysis examining the extent to which the results are affected by changes in input data.
- Model Monitoring
  This feature is available for classification and regression problem types.
- Utility
  For Data Generator and BYOM (Bring Your Own Model), select the Utility tab.

Robustness

Robustness of AI/ML models is analyzed by Sensitivity Analysis examining the extent to which the results are affected by changes in input data.

There are two options to perform sensitivity analysis to understand the influencing factors. They are:

First Order Sensitivity Analysis
Total Order Sensitivity Analysis

First Order Sensitivity Analysis

First Order Sensitivity Analysis quantifies the impact of individual input variables on the output of a model by systematically varying one variable at a time while keeping others constant. It helps to understand the most influential factors of a model.

Total Order Sensitivity Analysis

Total Order Sensitivity Analysis evaluates the influence of individual input variables as well as their interactions on the output of a model. It measures the relative importance of the variable considering both their direct and indirect impact, providing understanding of their influence on the model prediction. It helps user to understand the most critical factors of a model.