1. A New Zoning Method of Blasting Vibration Based on Energy Proportion and Its SVM Classification Models
- Author
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Liu Xisen, Haixia Wei, Jie Zhu, Xiaolin Yang, Chen Jinfeng, and Chu Huaibao
- Subjects
Article Subject ,business.industry ,Computer science ,Mechanical Engineering ,Physics ,QC1-999 ,Physics::Medical Physics ,0211 other engineering and technologies ,Pattern recognition ,02 engineering and technology ,Geotechnical Engineering and Engineering Geology ,Condensed Matter Physics ,Support vector machine ,Wavelet ,Mechanics of Materials ,hemic and lymphatic diseases ,Blasting vibration ,Artificial intelligence ,business ,Zoning ,Energy (signal processing) ,Reliability (statistics) ,021106 design practice & management ,021101 geological & geomatics engineering ,Civil and Structural Engineering - Abstract
The blasting vibration signals show obvious zoning propagation characteristics. Because of not considering the specific influences of geological and topographical conditions, the existing zoning methods of blasting vibration cannot fully describe the internal details of blasting vibration signals. Therefore, a new zoning method of blasting vibration based on energy proportion was proposed in this paper, in which the energy proportion in low, medium, and high frequency bands after multiresolution wavelet analysis is used as the zoning index to distinguish the different characteristics of blasting vibration signals in different zones. Based on the proposed zoning method, 343 sets of measured blasting vibration signals were used to train and test the SVM classification models with four different types of kernel functions. The testing results demonstrate that the zoning method of blasting vibration based on energy proportion has high feasibility, flexibility, and reliability, and the SVM classification models with RBF have higher accuracy than models with other kernel functions in blasting vibration zoning prediction.
- Published
- 2021