In which tasks does zero-shot learning perform well?
Zero-shot learning excels in recognition tasks where existing knowledge transfers to identifying new classes without additional training data. It performs well when classes share describable attributes or semantic relationships.
Successful application relies on robust attribute definitions or semantic embeddings linking known and novel classes. Key prerequisites include consistent attribute schemas and alignment between input features and class descriptors. Its effectiveness diminishes for perceptually complex tasks lacking clear semantic distinctions.
Typical use cases include identifying rare species using shared biological traits, classifying new product variants via functional attributes, and cross-lingual text classification through multilingual embeddings. This approach significantly reduces data collection costs in dynamic environments requiring rapid adaptation to novel categories.
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