Ear Image-Based Individual Pig Identification By Using Statistical Parameters
DOI:
https://doi.org/10.48165/Keywords:
Animal identification, decision tree, ear image, entropy, random forestAbstract
One of the most popular methods for addressing the shortcomings of traditional identification methods is biometric-based animal identification. The animal's phenotypic characteristics, such as its muzzle, retina, ear venation pattern, and iris, can be used in identification. The most important characteristic for pig identification is the pattern of venation in the ears. However, it is somewhat difficult to capture the entire venation web due to the thickness of ear skin. This research attempted to identify the ‘Yorkshire’ pig using the images of their ears. ience was also created to block out the external noise. In present work, a total of 165 images from 5 distinct pigs were captured. The acquired images were used to collect eight statistical features. Four machine learning s, including Support Vector Machine, Decision Tree, K-Nearest dom Forest, were used to assess and categorize the obtained statistical characteristics in order to forecast the specific pig. In comparison to es, Random Forest classifier showed the best identification accuracy (90.9%), followed by Support Vector Machine, Decision Tree, and K NearestNeighbor. The technique will help us analyze the vein patterns in pig ears to identify specific pigs.
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