Category: Model Training & Tuning

Drift Detection

Drift detection is a process used to identify when data or patterns change over time, especially in automated systems like machine learning models. It helps ensure that models continue to perform well, even if the underlying data shifts. Detecting drift early allows teams to update, retrain, or adjust their systems to maintain accuracy and reliability.

Prompt Regression

Prompt regression refers to a gradual decline in the effectiveness or accuracy of responses generated by an AI language model when using a specific prompt. This can happen when updates to the model or system unintentionally cause it to interpret prompts differently or produce less useful answers. Prompt regression is a concern for developers who…

Model Hardening

Model hardening refers to techniques and processes used to make machine learning models more secure and robust against attacks or misuse. This can involve training models to resist adversarial examples, protecting them from data poisoning, and ensuring they do not leak sensitive information. The goal is to make models reliable and trustworthy even in challenging…

Logic Sampling

Logic sampling is a method used to estimate probabilities in complex systems, like Bayesian networks, by generating random samples that follow the rules of the system. Instead of calculating every possible outcome, it creates simulated scenarios and observes how often certain events occur. This approach is useful when direct calculation is too difficult or time-consuming.

Output Shaping

Output shaping is a control technique used to reduce unwanted movements, such as vibrations or oscillations, in mechanical systems. It works by modifying the commands sent to motors or actuators so that they move smoothly without causing the system to shake or overshoot. This method is often used in robotics, manufacturing, and other areas where…

Prompt Overfitting

Prompt overfitting happens when an AI model is trained or tuned too specifically to certain prompts, causing it to perform well only with those exact instructions but poorly with new or varied ones. This limits the model’s flexibility and reduces its usefulness in real-world situations where prompts can differ. It is similar to a student…