🚀 ML Playground Dashboard An interactive Gradio app with mu
Analyze files to detect NSFW content
Classify images into NSFW categories
Detect trash, bin, and hand in images
Image-Classification test
Classify images based on text queries
AI Generated Image & Deepfake Detector
Detect objects in images based on text queries
Identify objects in images
Find images using natural language queries
Classifies images as SFW or NSFW
Detect inappropriate images
Detect objects in images using YOLO
ML Playground Dashboard is an interactive Gradio app designed to help users explore machine learning models for various tasks, including detecting harmful or offensive content in images. This dashboard provides a user-friendly interface where you can interact with different ML models, experiment with inputs, and visualize outputs in real time. It is a perfect tool for both beginners and developers looking to prototype and test ML models efficiently.
• Image Content Detection: Identify harmful or offensive content within images using pre-trained models. • Multiple Model Support: Experiment with different machine learning models for text, images, and speech. • Interactive Demos: Test models with sample inputs or upload your own data for experimentation. • Real-Time Results: Get immediate feedback and visualizations for your inputs. • User-Friendly Interface: Intuitive design that makes it easy to navigate and use even for non-experts.
What types of models are available on ML Playground Dashboard?
The dashboard supports image-based models for harmful content detection, as well as models for text analysis and speech processing. You can experiment with different models depending on your use case.
Can I upload custom images or text for testing?
Yes, you can upload your own images or input custom text to test the models. This feature allows you to see how the models perform with your specific data.
How do I interpret the results from the dashboard?
The results are displayed in a user-friendly format, with clear visualizations and classifications. For image models, you'll see predictions about the content, while text models may provide sentiment analysis or other relevant outputs.