结论线性测量误差模型是分析带有测量误差数据的有效方法。
Conclusion Linear measurement error model is an effective way to cope with measurement error.
介绍了电度表的耐振试验、谐波试验、电压和温度试验的误差数据。
It also introduces the error values of shockproof test, harmonic test, voltage and temperature test.
程序执行结果包括：求解结果、迭代次数、迭代误差数据、误差曲线图等。
Procedures for implementation of the findings include: solving a result, the number of iterations, iterative error data, error curve and so on.
本发明涉及解决在离子植入系统中的晶体切割误差数据，由此易于更准确的离子植入。
The present invention is directed to accounting for crystal cut error data in ion implantation systems, thereby facilitating more accurate ion implantation.
本文分析了上述各种情况和所产生的误差数据的特性，提出了保持圆刻机精度的几点建议。
The characteristic of the error data is analyzed in this paper. Some methods about holding the accuracy of machine are suggested.
针对平行度误差数据处理繁琐的问题，按最优化计算方法的要求，建立了数据处理的数学模型。
In this article, a mathematical model for data processing was established to reduce the complication in processing the data of parallelism error according to the requirements of optimization method.
本文介绍一种新型的平面度误差检测系统，提出了一种新的满足最小平面度误差数据的处理方法。
This paper introduces a new flatness measuring system and a new flatness error data processing method which fits the minimum condition.
将学习矩阵作用于误差数据建立PDAG算法的数学模型，从理论上证明了PDAG算法的稳定性和收敛性。
The establishment of mathematical model of PDAG algorithm, with the application of a learning matrix to the error data, proved the stability and convergence of PDAG algorithm in theory.
最后用IMAGEWARE软件进行了表面差异的分析，获得了误差色图及误差数据，验证了本文所提方法及工作的正确性。
Finally, analyze the surface differences by using IMAGEWARE, obtain the error color map and error data, verify the correctness of the proposed method and work.
同时还可以根据测量的体积定位误差数据生成误差补偿的代码，进而可以对其进行体积定位误差的补偿，大幅度提高了数控机床加工精度。
Meanwhile, the LDDM software can automatically generate the compensation codes according to the measured data, then these codes would be loaded into CNC controller to improve volumetric position a...
提出了一种圆度误差测量数据采集系统，该系统采用非接触电涡流传感器作为圆度误差数据的检测元件，采用高速数据采集卡采集圆度误差数据。
The detecting element adopts the non-contacting current vortex sensors in the system. The data collecting of circular error is equiped with the high speed acquisition card.
提出了一种圆度误差测量数据采集系统，该系统采用非接触电涡流传感器作为圆度误差数据的检测元件，采用高速数据采集卡采集圆度误差数据。
The detecting element adopts the non-contacting current vortex sensors in the system. The data collecting of circular error is equiped with the high speed acquisition card.
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