NEWVectors or files. Pick a path.Start →

    What is Data Tokenization

    Data Tokenization - Data segmentation

    Breaking data (including non-textual data) into smaller components for model input or search indexing.

    How It Works

    Data tokenization involves segmenting data into smaller, manageable pieces, such as words or subwords for text, or frames for video. This process facilitates efficient processing and analysis by models and search systems.

    Technical Details

    Tokenization methods vary by data type, with text often using word or subword tokenizers, and images or video using grid or frame-based segmentation. Tokenization is crucial for preparing data for machine learning models.

    Best Practices

    • Choose appropriate tokenization methods for each data type
    • Consider model requirements and limitations
    • Implement efficient tokenization pipelines
    • Regularly update tokenization strategies
    • Monitor tokenization performance

    Common Pitfalls

    • Using inappropriate tokenization methods
    • Ignoring model requirements
    • Inefficient tokenization pipelines
    • Lack of regular updates
    • Poor performance monitoring

    Advanced Tips

    • Use adaptive tokenization techniques
    • Implement tokenization optimization
    • Consider cross-modal tokenization strategies
    • Optimize for specific use cases
    • Regularly review tokenization performance
    Managed Mixpeek

    Put multimodal search to work

    Connect a bucket and Mixpeek runs the whole multimodal search pipeline for you: extraction, indexing, and search over your own objects. No models to wire up, nothing to host.

    Start with Managed
    MVS · bring your own

    Already have vectors?

    Keep your embeddings on your own cloud and run dense, sparse, and BM25 search directly on object storage. First 1M vectors free.

    Start with MVS