AI-woordenlijst
Het complete woordenboek van kunstmatige intelligentie
Task-Agnostic Meta-Learning
Meta-learning approach that acquires generic knowledge without prior information about the distribution of future tasks, aiming for universal generalization.
Universal Representation Learning
Process of learning transferable features across multiple tasks without specific knowledge of target tasks, optimizing representation reusability.
Task Distribution Independence
Property of meta-learning algorithms that maintain their performance regardless of the underlying distribution of learning tasks.
Zero-Shot Meta-Learning
Ability to adapt to new tasks without specific training examples, relying solely on universal meta-learned knowledge.
Cross-Domain Generalization
Extension of meta-learned capabilities to completely new domains without specific retraining for the target domain.
Representation Plasticity
Flexibility of learned representations enabling rapid adaptation to unknown tasks while preserving meta-learned knowledge.
Task-Free Meta-Learning
Paradigm where the algorithm learns continuously without explicit definition of boundaries between learning tasks.
Distribution-Agnostic Optimization
Meta-optimization process that does not depend on assumptions about the distribution of future tasks, ensuring universal robustness.
Feature Reusability
Measure of the effectiveness with which learned features can be effectively reused across different tasks without adaptation.
Task-Invariant Features
Representations that remain stable and relevant regardless of the specific task, serving as a universal basis for rapid adaptation.
Adaptive Representation Learning
Dynamic learning of representations that automatically adjust to implicit characteristics of new tasks without explicit supervision.
Meta-Knowledge Transfer
Effective transfer of learning strategies acquired at the meta level to new problem contexts without resetting.
Domain-Agnostic Meta-Learning
Meta-learning approach that works effectively across multiple domains without prior knowledge of their specificities.
Task-Universal Embedding
Embedding space optimized to capture essential information common to all possible tasks in a given domain.
Meta-Learning without Task Specification
Paradigm where the algorithm automatically discovers task structures without explicit definition, optimizing self-supervised learning.
Universal Function Approximation
Theoretical capability of meta-learned networks to approximate any task-specific mapping function after minimal adaptation.