克服了应用低阶谱模式研究物理现象时选取截断函数时的主观任意性。
The new method overcame the deficiency of artificially selecting the truncated functions in the classical low order spectral model.
之所以需要这么做是因为参数会在递归函数调用上被截断，而以后却还需要访问它。
You need to do this because your parameter will get clobbered on the recursive function call, and you will need access to it afterwards.
这些函数要么在返回值和参数上缺乏一致性，要么隐含着所谓的“截断误差”(truncation errors)错误，要么无法提供足够强大的功能。
The current functions have inconsistent return values and parameters, truncation errors, and lack advanced functionality.
所以必须将其加载回来，因为它在函数调用中被截断过了。
Therefore, you have to load it back in because it was clobbered in the function call.
这些因变量展开为球函数的级数形式并在15处作菱形截断。
The dependent variables are expanded in series of spherical harmonics truncated rhomboidally at wavenumber 15.
后面的FIR滤波器的设计中，为获得有限长单位取样响应，需要用窗函数截断无限长单位取样响应序列。
The back of the FIR filters design, to acquire limited long unit sampling response, need to use the window function truncation infinite long unit sampling response sequence.
对于非平稳随机信号的功率谱分析，采用自相关函数傅里叶变换和直接傅里叶变换分析时，由于存在数据截断，二者从概念上都不能很好地反映随机信号的功率谱。
The correlation method and FFT method of the power spectrum estimation could not completely reflect the concept of the power spectrum of the non-stationary random signals because of data truncation.
作者根据约束性代价函数原理提出了能够使得截断误差最小化的中心差分优化算子。
This paper presents an optimization of centered finite-difference operator based on the principle of constrained cost function, which can reduce the truncation error to minimum.
本文综述了其中的两个问题：截断数据的经验分布函数以及截断数据的线性回归分析。
In this paper we shall discuss two topics: the empirical distribution function of censored data and the Linear regression with censored data.
在第二章中，我们采用截断多项式函数为核函数，解析的给出点、直线段、圆弧、二次曲线和三角面片等骨架的势函数。
In chapter two, using piecewise quartic polynomial as kernel function, we give analytical convolution solutions for points, line segments, arcs, quadratic Bezier curves and triangle segments.
为了使滤波器具有理想的截断特性，引入了修正的高斯函数。
In order to obtain a sharp cutoff of the pentadiagonal filters, a modified Gaussian function is introduced.
dll导出表中的函数名在调试器的其他位置似乎被截断了。
Function names from DLL export tables might appear truncated elsewhere in the debugger.
dll导出表中的函数名在调试器的其他位置似乎被截断了。
Function names from DLL export tables might appear truncated elsewhere in the debugger.
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