1) quadrature points
计值点列
1.
The error analysis shows that when α approaching to 1, the quadrature points adopted by this quadrature formula is better than the body-centred cubic rule in "Sloan lattice rule".
误差分析表明该求积公式采用的计值点列在α接近于1时优于Sloan"点阵法"中的好的点阵———体心立方点阵,数值试验表明该求积公式在采用比Коробов和Вахвадов的"数论方法"较少计值点的情形下却具有较高的精度,同时指出了在一定的条件下该方法可以达到比"数论方法"理想上的阶还要高的阶。
2.
The error analysis shows that the quadrature points adopted by this quadrature formula are better than the body-centred cubic rule in" Sloan lattice rule ".
误差分析表明该求积公式采用的计值点列优于Sloan“点阵法”中的好的点阵—体心立方点阵,数值试验还表明该求积公式在采用比和的“数论方法”较少计值点的情形下却具有较高的精度,同时还指出在一定的条件下该方法可以达到比“数论方法”理想上的阶还要高的阶。
2) Point Estimated Value
点估计值
3) planar data points
平面型值点列
1.
An ordered set of planar data points with given end point constraints are interpolated by constructing piecewise quadratic Bézier curves with minimization of overall deformation energy.
根据平面曲线的应变能极小原则构造了一条分段二次B啨zier样条曲线插值给定的一系列平面型值点列和端点几何约束条件 为了改进插值曲线的整体光顺性 ,提出了确定插值二次B啨zier样条曲线在每一个型值点处的最优切矢方向的一种方
4) Cumulative Hash Algorithm
累计散列值算法
1.
The problem of local and Internet bandwidth mismatch is solved through cash backup of data in differences,and another problem of Internet instability is also solved through Cumulative Hash Algorithm.
通过仅备份差异数据的高速缓存解决了本地和Internet带宽不匹配的问题,通过累计散列值算法克服了Internet不稳定的问题。
5) the feature of serial design
系列设计的特点
1.
By adopting unified basic forms and colors, the feature of serial design is embodied, the degree of standardization and serialization is enhanced, the combined performance of basic units is improved, and finally, the diversity and adaptability of display and control system are improved.
通过功能分析,对显控系统进行基本组合单元的划分,运用统一的基本形态和色彩,体现系列设计的特点,提高通用模块的标准化和系列化,加强基本单元的组合性能,最终提高显控系列的多样性和适应性。
补充资料:贷款利息的计值
贷款利息的计值
【贷款利息的计值】贷款利息在每一计息期(3个月或6个月)的期末支付一次,按实际用款额和实际用款天数计算,一年按360天计,其计算公式如下:I二P x ixI为利息额,360P实际用款额,i利率(年),n实际用款天数。中长期贷款的利息是分期支付的。
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