A visual exploration of fundamental intelligent imaging techniques. Each experiment shows a direct transformation from input to output.
Converts a color image into shades of gray by removing hue and saturation, simplifying analysis while preserving structural intensity information.
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Highlights structural boundaries by detecting sharp intensity changes using classical edge detection methods.
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Reduces noise and fine detail by averaging neighboring pixels, often used as a preprocessing step.
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Removes salt-and-pepper noise by replacing each pixel with the median value of its neighborhood while preserving edges.
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Enhances edges and fine details by emphasizing intensity differences, making the image appear clearer and more defined.
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Converts grayscale images into binary form by separating foreground from background based on intensity.
Applies logical operations such as AND, OR, and NOT at the pixel level, commonly used for masking and region extraction.
Contour and Shape Detection
Detects and outlines object boundaries based on shape and intensity, useful for object detection and shape analysis.