Predictive Labeling
Predictive Labeling will allow you to optimize prediction performance when preparing labeled data to reduce the annotator's time consumption. Label less, predict more!
Last updated
Predictive Labeling will allow you to optimize prediction performance when preparing labeled data to reduce the annotator's time consumption. Label less, predict more!
Last updated
Predictive Labeling leverages machine learning to predict labels for data based on a subset of manually labeled entries. This feature is designed to significantly reduce the time and effort required for manual data labeling. Once predictions are made, they can be accepted or rejected based on project requirements. Predictive Labeling is especially useful for handling large volumes of data. However, it is important to review the predicted labels to avoid errors.
Using Datasaur Predictive Labeling offers several benefits:
Enhanced Efficiency: Significantly reduces the time and effort required by annotators by leveraging predictions to minimize manual labeling.
Consistency: Ensures consistent labeling across large datasets, reducing variability that can occur with manual labeling.
Scalability: Efficiently manage and label large volumes of data, making it easier to scale projects and handle extensive datasets.
Here's a quick guide on using Predictive Labeling for Row Based project:
To begin using Predictive Labeling, navigate to the extension settings in your selected project and enable the Predictive Labeling extension.
After enabling the extension, configure the input and output fields. Select the Input Columns to define the context and the Target Field to designate the column for the predicted answers.
Click "Save Configuration" to begin the predictive process. If the project already contains some labeled data, the system will immediately start showing predictions. If not, it is necessary to label a minimum of 5 data points for each category of the answer.
For instance, if there are two categories: POSITIVE and NEGATIVE, label at least 5 data points as POSITIVE and 5 as NEGATIVE.
Once predictions are displayed, they can be reviewed. Accept or reject the labels based on their accuracy and relevance. This iterative review process helps to refine the model and improve prediction accuracy over time.
By following these steps and leveraging the capabilities of Datasaur Predictive Labeling, projects can achieve a high level of efficiency and accuracy, ultimately leading to more effective data management and analysis.
