Texture Analysis is employed to examine the spatial distribution of pixel intensities, helping identify patterns and variations associated with crop diseases and pests.

Image processing plays a crucial role in precision agriculture by enabling yield estimation, pest and disease monitoring, soil analysis, and more.

Histogram Equalization is commonly used to enhance the contrast of an image, making specific features more prominent.

Image processing finds applications in various aspects of food production, including quality inspection, food safety analysis, and packaging optimization.

Image segmentation aims to partition an image into meaningful regions, facilitating tasks like separating crops from the background, identifying weed infestation, and counting fruits on a tree.

Watershed Segmentation is often used for fruit counting in orchards, as it effectively separates touching or overlapping fruits.

Image processing techniques aid in soil analysis by estimating soil moisture, analyzing soil nutrients, classifying soil texture, and more.

Image processing plays a significant role in livestock monitoring, enabling animal health assessment, behavior analysis, and identification.

Color-Based Segmentation is widely employed for weed detection, as it allows for the discrimination of weeds from crops based on their distinct colors.

Image processing techniques are used for contamination detection, foodborne pathogen identification, nutritional analysis, and other aspects of food safety analysis.

Image processing aims to count crops, measure crop height, estimate crop health, and perform other tasks to assist in agricultural yield estimation.

Texture Analysis is often employed for plant disease detection, as it can capture the subtle changes in leaf texture caused by diseases.

Image processing techniques are used for package design evaluation, package integrity inspection, package content analysis, and other aspects of packaging optimization.

Color Analysis is widely used for fruit ripeness assessment, as the color of fruits changes as they ripen.

Image processing techniques are used for activity monitoring, social interaction analysis, stress detection, and other aspects of livestock behavior analysis.