15+ Artificial Intelligence KPIs
Artificial Intelligence and Machine Learning metrics provide critical insights into the development, performance, and effectiveness of AI and ML models within software engineering. These metrics encompass a range of evaluations from model accuracy and efficiency to training data quality and deployment speed. They are essential for ensuring that AI/ML models are not only technically sound but also align with ethical standards and business objectives.
Assesses the AI model's adherence to ethical guidelines, regulatory standards, and best practices in AI development.
Data Completeness evaluates the extent to which necessary data is available for model training.
Measures the diversity in the training dataset, ensuring that the model is exposed to a wide range of scenarios.
This KPI tracks the time taken for data to move through the entire pipeline, from collection and processing to being ready for use in model training.
Measures the amount of data processed per unit of time in the data pipeline, indicating the pipeline's efficiency and capacity.
Feature Importance Score evaluates the impact of different input features on the modelβs predictions.
This metric assesses the overall accuracy of an AI model, indicating the percentage of total predictions made correctly, both positives and negatives.
The F1 Score is the harmonic mean of Precision and Recall, providing a balance between them.
The frequency at which the AI model fails to provide a valid output or encounters errors during operation.
This index assesses how understandable the modelβs decisions or predictions are to humans.
Model Precision measures the accuracy of positive predictions made by an AI model.
Model Recall, or Sensitivity, calculates the proportion of actual positives correctly identified.
Model Robustness Score measures an AI model's ability to maintain performance when exposed to new, unseen data or adversarial conditions.
Evaluates how well an AI model maintains its performance as the amount of data increases.
The time taken from when a model is fully trained until it is deployed in a production environment.