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Semantic Segmentation: Once image analysis is complete, Luminar performs what we call semantic segmentation, separating the image into different layers, based on the semantic and contextual meaning of the objects it detects. This analysis allows the most precise and intelligent sky enhancement with minimal noise, halos, and negative impact on other areas of the image. The AI detects objects in the foreground, defines edges, and analyzes the textures and tones of the sky itself. The deep neural network that powers AI Sky Enhancer had been trained using thousands of real life examples we’ve either taken ourselves or obtained from other professional photographers.

Semantic Segmentation: Once image analysis is complete, Luminar performs what we call semantic segmentation, separating the image into different layers, based on the semantic and contextual meaning of the objects it detects. This analysis allows the most precise and intelligent sky enhancement with minimal noise, halos, and negative impact on other areas of the image. The AI detects objects in the foreground, defines edges, and analyzes the textures and tones of the sky itself. The deep neural network that powers AI Sky Enhancer had been trained using thousands of real life examples we’ve either taken ourselves or obtained from other professional photographers.