The tracing method of isoline used in program is linear interpolation.

等值线的寻找用的线性插值的方法。

A kind of linear interpolation method on periodic increment is introduced.

介绍了一种周期增量直线插补方法。

You can choose a linear interpolation or quadratic, but you've got to choose it.

你可以选择线性插值或抛物线型插值,但你总要做出选择。

A simple algorithm for multi axes general linear interpolation is introduced.

提出了一种用于多坐标轴广义直线插补的简易算法。

Using linear interpolation, the system would normally return the following value.

使用线性插值，系统通常返回以下值。

Results Linear interpolation method and pitch affect the image quality of multi slice CT.

结果多层面CT机的质量与插值方法、螺距等因素有关。

According this characteristic, used MCU technology, based on linear interpolation idea, to compensate the error.

针对这一特性，基于线性插补的数学思想，利用单片机技术，对其进行。

Regarding the inherent drawbacks of linear interpolation techniques, non-linear interpolation is also introduced.

考虑到线性插值固有的局限性，我们还简介了非线性插值技术。

The usual methods of building in-between frames include linear interpolation method and higher order spine interpolation.

生成中间帧的方法有线性插补法和高次多项式拟合法等。

Result According to the property of volume data, an effective and flexible tri linear interpolation algorithm was proposed.

结果针对体数据的特性，提出了一种高效灵活的三线性插值算法。

A modified method, the matrix linear interpolation adaptation method, is proposed in this paper to overcome the memory limitation.

为克服这一缺点，该文提出一种改进方法——矩阵线性插值自适应算法。

This paper presents a fuzzy PID controller with on-line multi-linear interpolation. The method of designing the controller is showed.

本文提出一种在线多元插值模糊pid控制器，介绍了该控制器的设计方法。

This article introduces the method and program of using functional instructions of PLC to implement the linear interpolation compution.

本文介绍了利用功能指令实现直线插补运算的方法及其程序。

The link performance reached by using the proposed algorithm will be superior to those of linear interpolation and Gaussian interpolation.

采用此算法所能达到的链路性能优于线性插值方法和高斯插值方法。

Coupling with calculation of phase diagrams involves reading all information concerning the phase diagrams by linear interpolation method.

与相图的耦合是把与有关相图信息数据通过插值方法读入程序。

Comparing with the equidistant linear interpolation algorithm, the algorithm effectively reduces data storage space of interpolation table.

相对于等距离线性插值算法，最佳非等距线性插值算法可以有效降低插值表的数据存储空间。

A very simple method is to use linear interpolation, which assumes that the unknown function is linear between every pair of successive points.

一个非常简单的方法是使用线性插值，它假定未知函数的线性每对之间的连续点。

If we can measure the power at 0-percent CPU (or as close as possible) and at 100 percent, we can assume a linear interpolation between the two.

如果我们可以测量出CPU在0使用率时(或尽可能接近0)与在100%使用率时的电量，我们就可以假设二者之间是线性关系。

This paper analyses the computing accuracy of linear interpolation obtained with double bytes integer operation, which is illustrated by two examples.

本文分析了用双字节定点整数运算进行插值计算所能达到的计算精度，并列举了两个计算实例。

Based on the above analysis, the CCD response compensation method and the linear interpolation arithmetic were suggested and tested by the sample imaging.

基于以上分析，提出了响应度补偿法和波长数据-波数数据转换线性补偿法，并对样品进行了实验验证。

A calculation strategy for the recovery of density distribution by the shape observations is presented and proved by piecewise linear interpolation method.

采用分段线性插值法，给出了由形状观测离散值反求密度分布的计算方法，并给出了算例。

On the basis of the current interpolation of the quadrangle elements, this paper develops the computing expressions for bidirectional linear interpolation.

针对四边形单元内电流的插值，推导出一组双线性插值计算式；

A digital frequency synthesizer without ROM look up table is presented, a piecewise linear interpolation scheme is used to approximate a sinusoid function.

该方法使用具有分段连续的线性分段来近似正弦函数曲线的第一象限部分，根据正弦曲线的对称性，构成完整的正弦曲线。

The theory and solution strategy of the method of multi-interval linear interpolation are illuminated in this paper to deal with the continuous curve chart.

提出并采用多区间直线拟合的方法来处理对数坐标连续曲线，介绍了多区间直线拟合方法的原理和求解策略。

The HRR image at various look angles and ratios of signal to noise is recognized by Linear Interpolation Neural Network and the result is very satisfactory.

得到任意视角及可变信噪比下的一维距离高分辨率像，并用线性内差神经网络进行识别，得到了满意的结果。

The advantages and disadvantages of spline and linear interpolation methods in relation to CNC - control accuracy and rate for high speed cutting are analyzed.

根据对高速切削加工计算机数控控制精度和控制速度的影响，分析了直线插补与样条插补方法的优缺点。

This paper describes also the linear interpolation for the increase of the sampling frequency and the average method for the suppression of the scattering echoes.

还描述了用于提高采样频率的线形内插法和用于抑制分散回声的均值法。

This method has been developed through the analysis of the simplest linear interpolation, and the merits of various interpolation methods have been taken into account.

这种方法是在分析了最简单的直线插补，并考虑了各种插补方法的优点以后提出来的。

The arithmetic of linear interpolation is analysed, the interpolation flow chart and part of the VB program codes are provided, and the simulation example is presented.

分析了全象限逐点比较法直线插补的算法，给出了插补流程图，并提供了部分VB程序代码，并给出了仿真实例。