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AI-woordenlijst

Het complete woordenboek van kunstmatige intelligentie

162
categorieën
2.032
subcategorieën
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Vision-Language Pre-training

Self-supervised learning approach where models are pre-trained on large corpora of images and associated texts. Establishes fundamental mappings between visual concepts and linguistic descriptions before fine-tuning.

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Joint Representation Learning

Process of simultaneously learning shared features between multiple modalities to create a unified representation. Captures inter-modal correlations and complementarities in a single vector.

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Modal Fusion

Strategic integration of information from different modalities to create an enriched and coherent representation. Effectively combines the respective strengths of each modality in a unified output.

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Grounding

Process of associating abstract concepts (often textual) with concrete elements in another modality (typically visual). Establishes direct links between words and specific regions or objects in images.

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Alignment Loss

Loss function specifically designed to optimize semantic matching between elements of different modalities. Guides learning toward optimal alignment in the shared representation space.

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Semantic Consistency

Principle ensuring that multimodal representations preserve consistent meaning across different modalities. Ensures that semantically equivalent elements share similar characteristics.

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Multimodal Pre-training

Initialization phase of a multimodal model's weights on massive unannotated data. Develops fundamental alignment capabilities before adaptation to specific tasks.

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Modal Alignment Metrics

Quantitative indicators evaluating the quality of correspondence between representations of different modalities. Measure the accuracy and semantic consistency of learned alignments.

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Weakly Supervised Alignment

Learning approach using partial or noisy annotations to align modalities. Reduces dependency on labeled data while maintaining reasonable alignment performance.

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Self-supervised Multimodal Learning

Paradigm where the model automatically learns alignments by exploiting natural correlations between unannotated modalities. Generates intrinsic learning signals from the multimodal structure of the data.

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