Automatic detection and classification of tomato pests using support vector machine based on HOG and LBP feature extraction technique

G Pattnaik, K Parvathi - Progress in Advanced Computing and Intelligent …, 2021 - Springer
Progress in Advanced Computing and Intelligent Engineering: Proceedings of …, 2021Springer
The automatic detection and classification of insect pest is emerged as one of the interesting
research areas in agriculture sector to ensure reduction of damages due to pest. From the
general process of detection of pest, feature extraction plays a significant role. It extracts
features from the segmented image obtained by segmentation process, and then extracted
images are being transferred to a classifier for the operations. In this work, we studied and
implemented two feature extraction techniques, ie, Histogram of Oriented Gradient (HOG) …
Abstract
The automatic detection and classification of insect pest is emerged as one of the interesting research areas in agriculture sector to ensure reduction of damages due to pest. From the general process of detection of pest, feature extraction plays a significant role. It extracts features from the segmented image obtained by segmentation process, and then extracted images are being transferred to a classifier for the operations. In this work, we studied and implemented two feature extraction techniques, i.e., Histogram of Oriented Gradient (HOG) and Local Binary Pattern techniques (LBP). The comparison result expressed that HOG performs better than its counterpart. The result comes with accuracy of 97% for HOG. Here, we are adopting SVM-based pest classification as a test case.
Springer
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