Bad input detection

Enhancing image quality with AI typically requires a large dataset of high-quality images for training. However, real-world images often vary in quality due to factors like lighting and resolution. This variation can challenge AI models, hindering their ability to enhance or restore images accurately.

1. Enhanced Accuracy: Training AI models on diverse datasets, including low-quality images, improves their ability to handle such variations, resulting in more accurate enhancements and restoration.
2. Improved Real-world Performance: Incorporating varied image quality in training data equips AI models to handle real-world scenarios effectively, where image quality can vary widely.
3. Increased Efficiency: Diverse training data enables AI models to make accurate enhancements efficiently, saving time and resources.
4. Enhanced Customer Satisfaction: The ability to enhance low-quality images is crucial across industries like photography, medical imaging, and surveillance. AI trained on diverse data can deliver more accurate results, boosting customer satisfaction.