这说明模糊图论的最大树方法用于植被的分类是合适的。
We deem it suitable to apply fuzzy graph theory to the classification of vegetation.
利用最大树法来实现对小样本案例的聚类与提取，避免了制定推理规则的复杂性。
Using maximal tree method to cluster and extract the small cases, it avoids the complexity of establishing reasoning rules.
由于待处理图像像素点数目巨大，采用最大树方法分类，能够大幅度减少工作量。
Because of the great number of the pixels in processing image, we cluster by the method of maximum tree to reduce the works largely.
最后给出了“入截矩阵”的最大树法的模糊聚类分析的计算机程序并对医学实例进行验证。
At last, the computer program of x fuzzy cluster analysis with maximal tree method of cut-matrix and some examples in medicine were demonstrated.
其算法主要有传递闭包法、动态直接聚类法和最大树法等，其中动态直接聚类法计算量最少。
Fuzzy cluster includes these algorithms, such as the transmitting closure, dynamic direct cluster, and maximum tree, and the operation times of dynamic direct cluster algorithm is the least.
针对一类特征指标值及指标权重均为三角模糊数的多指标信息聚类问题，提出了一种新的最大树聚类分析方法。
With respect to multiple attribute clustering analysis problems with triangular fuzzy numbers, a new clustering analysis method is proposed.
在此基础上定义了模糊相似系数，并计算出模糊相似系数矩阵，进而采用“最大树”法将其划分为13个品种类群，为鄢陵素心腊梅类品种的进一步定名研究提供了数量依据。
And then the Yan-ling subus. praecox is divided into 13 classes by means of maximum tree met-hod. This provides a quantitive evidence for further naming the Yanling sub-us. praecox.
在此基础上定义了模糊相似系数，并计算出模糊相似系数矩阵，进而采用“最大树”法将其划分为13个品种类群，为鄢陵素心腊梅类品种的进一步定名研究提供了数量依据。
And then the Yan-ling subus. praecox is divided into 13 classes by means of maximum tree met-hod. This provides a quantitive evidence for further naming the Yanling sub-us. praecox.
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