1) times of comparing
比较次数
1.
Experimental results show that the improved algorithm can reduce the times of comparing and enhance the matching speed effectively.
实验结果表明,改进的模式匹配算法能减少比较次数,有效提高匹配速度。
2) frequency distribution model
频次比较
1.
The frequency distribution models, Taylor exponential equation, and Iwao s m -m method are used for analysing the spatial patterns of Castanopsis kawakamii population and its 13 main associated species in Xiaohu, Sanming.
本文应用频次比较、Ｔａｙｌｏｒ指数和Ｉｗａｏ方法全面分析了三明小湖格氏栲种群及其１３个主要伴生树种的空间格局和时序变化规律，揭示了组成天然次生林群落的各优势种群空间格局的成因及种群密度变化对分布的影响。
5) successive-approximation
逐次比较式
1.
The selection and application of successive-approximationADC s sampling frequency;
逐次比较式ADC采样频率的选取及应用
6) hierarchical comparison
层次化比较
1.
This paper presents a security patch hierarchical comparison technology for discovery security vulnerability information,first uses structural comparison to compare program in call graph and control flow graph level,then use graphic comparison to detect instruction change in instruction level.
该方法融合了图形化和结构化比较算法的优点,独立于CPU体系结构,能找出结构化和非结构化变动,实验证明了层次化比较方法的有效性,具有较低的误报率和漏报率。
补充资料：比较
比较
两种事物之间的对比，诸如大小、高低、长短、前后、上下、左右、精神、营养、病情等都可作比较。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条