误差的补偿

The method is proved to be effective by the simulation experiment and dynamic compensation of micro-silicon accelerometer.

通过仿真实验以及对硅加速度传感器的动态测量误差补偿，验证了该方法的有效性。

By the new method, the processing steps in the method of back and forth error compensation and correction during solving the advection item can be substantially reduced.

该方法简化了进退误差补偿修正方法对直接影响烟雾模拟实时性和真实性的对流项的求解步骤，从而减少计算时间。

Then, the mechanical configuration, the error compensation of sensors method and the closed loop Kalman filter were discussed and developed.

在此基础上，设计了系统的机械编排方案、传感器的误差补偿方案和闭环卡尔曼滤波器。

At the end of this thesis , a group of data which measured by this instrument are given, and after the analysis a way of compensation temperature error by software is given.

最后给出了在实验室条件下测得的数据结果，并进行了误差分析，根据分析结果对温度的算法补偿作了初步探讨。

The continuous ultrasonic test for curve surface was realized by exact control parameter.

通过误差补偿，为计算机控制超声探头进行曲面检测提供准确的控制参数，实现曲面形工件的连续超声检测。

The interpolation algorithm of introduced error compensation for complex parametric curve in space is proposed for the high precision interpolation of parametric curve on the basis of studying the first, second order taylor expression parametric curve interpolation algorithm and the plane parametric curves interpolation algorithm.

以一、二阶泰勒展开式参数曲线插补算法和平面参数曲线插补算法研究为基础，提出引入误差补偿值的复杂空间参数曲线高精度插补算法以实现空间曲线的高精度插补。

Making use of the space vector method, this article sets up two coordinate numeric control grinding motion model of elliptic taper piston, and researches on the law of error compensation for the systematic motion after dressing grinding wheel.

用空间矢量方法建立了椭圆锥体活塞的两坐标数控磨削运动模型，研究了砂轮修整后应对系统运动进行的误差补偿规律。

Furthermore, the reconstituted model of planar enveloping hourglass meshing surface is established in the light of the research of 3D surface reconstituted algorithm, and 3D error of the real planar enveloping hourglass meshing surface is derived accordingly.

利用计算机处理技术，提出了测头半径补偿的算法，进行了三维型面重构算法的研究，建立平面包络环面啮合型面重构模型，在此基础上获取了平面包络环面啮合型面三维误差。

To deal with this problem, a novel channel equalization approach based on the ground clutter data is presented.

为了补偿通道间的失配误差，提出了一种基于地杂波数据的通道均衡方法。

And this method can effectively correct the space variant phase error in low frequency UWB SAR image, which is induced by the long synthetic aperture and large swath.

该方法有效地补偿大合成孔径、宽测绘带低频UWB SAR图像中的二维空变相位误差。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。