Crack detection in aircraft components is an important assessment because even a small unnoticed crack tends to critical crack length. Aviation demands reliability, and therefore, periodical inspection of cracks in aircraft parts like engine turbine blade, aircraft skin, rivets, wing spar, bulk fuselage, and airwings has to be detected in a fixed interval, but it requires human effort and expert’s knowledge. Features are extracted using extended Haar-like features and it has been given as input to cascade classifier to classify cracks and non-cracks images of a propeller blade. The supervised learning algorithm is developed and trained by a set of positive and negative images. The experimental results validate the test images by the cascading classifier to locate cracks.
HCCD: Haar-Based Cascade Classifier for Crack Detection on a Propeller Blade
Advs in Intelligent Syst., Computing
First International Conference on Sustainable Technologies for Computational Intelligence ; Chapter : 33 ; 421-432
2019-11-02
12 pages
Article/Chapter (Book)
Electronic Resource
English
Speed Bump Enforcement System Based on Vehicle Speed Classified by Haar Cascade Classifier
DOAJ | 2019
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