VisionAI DataVerse
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  • Meet DataVerse
  • Data Management
    • Creating Your First Project
    • Import Your Dataset
    • Data Slice - Specific Subsets
    • Data Visualization
      • Image
      • Point Cloud
      • Frame View
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      • <Use Case> Clean Raw Data
      • <Use Case> Find More Rare Cases
      • <Use Case> Identify Model Weakness
    • Data Metrics
  • Advanced Data Features
    • Image Quality Assessment (IQA)
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      • Element
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  • ANNOTATION
    • Before Starting Annotation Task...
    • Create Annotation Task
    • Task Overview
    • Manpower
    • Labeling/Reviewing Panel
      • VQA Labeling Panel
    • Statistics
    • Detail
  • Model Training
    • Train Your AI Model
    • Model Performance
    • Prediction
    • Model Convert (Beta)
    • Model Download (Beta)
  • VisionAI Format
    • VisionAI Data Format
      • coordinate_systems
      • streams
      • contexts
      • objects
      • frames
        • objects
          • bbox
          • cuboid
          • poly2d
          • point
          • binary
        • contexts
        • attributes
      • frame_interval
      • tags
      • metadata
    • Use Case
      • bbox
      • polygon
      • polyline
      • point
      • semantic segmetation
      • classification
      • bbox + cuboid (3d)
      • tagging
    • Format FQA
    • VLM Data Format (VQA)
    • Appendix: Training Format
  • DataVerse Usage
    • Usage and Billing
  • Updates
    • Updates & Release Information
      • Release 2025/4/10
      • Release 2025/1/8
      • Release 2024/11/12
      • Release 2024/09/18
      • Release 2024/08/06
      • Initial Release 2024/01/01
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On this page
  • Prediction
  • Visualization of results
  • Performance metrics
  1. Model Training

Prediction

Leveraging Prediction Functionality in Dataverse

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Last updated 4 months ago

Dataverse offers a powerful prediction feature that allows users to test the performance of a selected AI model on a target data slice. This functionality enables quick visualization of the model's predictions, making it easy for users to evaluate the model's performance.

Additionally, if the target data slice includes ground truth labels, the platform will automatically calculate performance metrics, allowing users to compare the performance of different models on the same dataset.

Prediction

Choose the AI model you wish to use for making predictions on your target data slice.

Initiate the prediction process by clicking the "Prediction" button. Dataverse will process the input data using the selected AI model and generate the predicted output.

Visualization of results

Dataverse will display the prediction results in a user-friendly visual format, allowing you to quickly assess the model's performance. Observe patterns and trends in the predictions to identify potential areas for improvement.

Performance metrics

If ground truth labels are available for the target data slice, Dataverse will automatically calculate performance metrics, such as accuracy, precision, recall, and F1 score. These metrics enable you to evaluate and compare the performance of different models on the same dataset.

By leveraging the prediction functionality in Dataverse, you can gain valuable insights into your AI model's performance and make data-driven decisions for model optimization and deployment. This feature streamlines the evaluation process and facilitates model comparison, ensuring that you select the best model for your specific use case.