bayesian-optimization
Expanded definition
Bayesian optimization is used to optimize objective functions that are expensive to evaluate. It employs a probabilistic model to predict the performance of points in the search space and uses this information to choose the most promising candidates for evaluation. The method is particularly effective in scenarios where evaluations are costly, such as hyperparameter tuning in machine learning models. A common misconception is that it only works for simple functions; however, it can handle complex, noisy, and high-dimensional spaces.
Related terms
Explore adjacent ideas in the knowledge graph.
bayesian-optimization FAQ
What is bayesian-optimization?
A probabilistic model-based optimization technique for finding the minimum of a function.
How is bayesian-optimization used in AI systems?
Bayesian optimization is used to optimize objective functions that are expensive to evaluate. It employs a probabilistic model to predict the performance of points in the search space and uses this information to choose the most promising candidates for evaluation. The method is particularly effective in scenarios where evaluations are costly, such as hyperparameter tuning in machine learning mod...
Related
Comparisons, tools, and models that connect to this idea.