The method has high automation degree and quick judgment speed and offers definite foundation of further processing three dimensions state of tool wear.
本方法具有自动化程度高、判决速度快等优点，并对刀具磨损三维形态的识别和检测提供了一定的基础。
Lastly, through a three-layer frame and a cantilever beam testify that the method can very accurately identify structural damage location and degree.
最后，通过一个三层框架和一个悬臂梁的算例证明：组合参数法能够非常精确地识别出结构的损伤位置和损伤程度。
The classifying system is made up of three parts: V_K method, cluster analysis and a new parameter which is defined as degree of uniformity.
然后将V_K法、均匀度和动态聚类分析法综合在一起，构成了一个适合平面有序地质变量的统计分类系统。
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