最后还进行了整个系统测量误差的分析。
本文归纳给出多维系统测量误差分析计算方法措施，并给出算例。
This text induced Multi - Direction System measure - error - analysis calculation method and measure, and calculation examples.
通过对实验结果的分析，提出了减小系统测量误差的方法和措施。
Through the analysis of the experiment results, the methods of reducing measuring error of the system are provided.
实验统计结果表明，该方法的配准误差约为系统测量误差的66%。
The statistical results in experiments show that the registration error of this method is about 66% of the system measuring error.
结果表明，该装置具有较高的灵敏度和准确度，系统测量误差一般小于10%。
The results show that the device has higher sensitivity and accuracy. The instrumental error is less than 10%generally.
该系统具有较高的分辨率和测量精度，系统测量误差主要来源于示踪颗粒的布朗运动。
The error analysis of the system shows that the Brownian motion of tracing particles plays a significant role in the accuracy of velocity measurements.
田间生产试验表明，系统测量误差小于9.8%，具有成本低、测量精度高、实时性好、安装方便等特点。
The system was experimented in farm, its testing errors were smaller than 9.8%. It had some characters, such as cheap cost, better test accuracy and real-time, and easy installation.
深入分析了引起系统测量误差的原因，并利用神经网络对线结构光测量系统进行误差补偿，提高了系统的测量精度。
The reason that caused measurement error is analyzed deeply. The paper makes use of the neural network to compensate linear structured light measurement system, so improve the measurement precision.
着重分析了锥体重心测量系统测量误差的来源、算法及系统整体测量不确定度的评定，从而可以提高锥体重心的测量准确度。
The measurement error source of center of cone gravity, arithmetic and uncertainty of ATS are given, and the measurement accuracy of cone center of gravity is improved.
详细分析与估计了系统的测量误差并探索了提高准确度的方法。
The error have been analyzed and estimated in detail and the method to raise accuracy of measurement have been discussed.
同时，对系统的测量误差进行了讨论。
At the same time, the system measurement errors were analysed.
该检测系统体积小、工作可靠，功耗低，弥补了以往设备测量误差大及重复性程度高等问题。
The detection system has some characters: small size, reliable operation and low power dissipation, remedy the past problems such as big errors from equipment measure and repetitiveness.
实验结果表明，该系统工作可靠，测量误差小于0.2%。
The result shows the system works reliably and the measure error is less than 0.2%.
因此，建立一个合理的温度补偿系统已成为克服测量误差的必要手段。
So, set up a reasonable temperature compensation system is important to get over the error.
由于光栅干涉测量系统以光栅栅距作为测量基准，相对于传统干涉仪，光栅尺系统受环境因素造成的测量误差影响较小。
Because the measurement standard of grating system is grating pitch, compared to usual interferometer, diffractive grating, system reduces environment influence on measurement accuracy.
系统软件采用中值平均滤波法减弱测量误差，提高精度。
The system software adopts median-value filter to reduce error and improve precision.
介绍了微机控制的阶梯轴多参数在线测量系统的测量原理、系统构成及测量误差分析。
The measuring principle, system composition and measuring error analysis of the computer controlled step shaft multi parameters on line measuring system are introduced.
文章介绍了综合量仪的机械结构、微机控制系统硬件和软件设计，并对测量误差来源进行了分析。
Here the design of mechanical structure of the tester and hard- and soft-ware of the PCcontrol system. An analysis is made on the sources oftesting error.
试验结果表明：采用该方法进行温度补偿后，可以基本消除流体温度变化引起的测量误差，提高系统的测量精度。
The result of experiment shows that the measurement error from fluid temperature changes can be almost removed, and the accuracy for this system can be improved.
与传统的光学测量方法不同，测量系统采用两个CCD相机记录投影光栅，减小了测量误差，提高了测量精度。
Differing from the traditional optical measuring method, the measuring system USES two CCD cameras to record projection grating, thus reduces errors and improves measuring accuracy.
在考虑不同误差属性的基础上，给出了脱靶量测量误差在伺服控制系统中的传递方法。
Based on the attributes of different errors, the method for transferring miss distance measurement error in servo control system is given.
系统整体误差的主要来源为距离测量误差、时间测量误差以及光束不平行度产生的误差。
The entire system error is mainly caused by the length error and time error and light-beams non-parallelism.
通过解决激光加工中材料表面温度测量装置的难点，设计了一套新型光学系统，并给出了测量误差分析及结论。
A new optical system is designed for the material surface temperature-measuring device used in laser processing. The measurement error analysis and conclusions are presented.
研究了光纤电压传感器光路系统中光源、光纤、电光晶体和光电探测器对测量误差的影响。
The errors caused by light source, optical fiber, electro optic crystal and opto electric detector in optical fiber voltage transducer are presented.
系统整体误差的主要来源为距离测量误差、时间测量误差以及光束不平行度产生的误差。
The entirety system error sourced from the length error and time error and light-beams non-parallelism.
在电磁轴承系统中，位置测量误差直接影响着系统性能。
The performances of EMB system are directly affected by position measurement error.
介绍了一种多通道温度采集系统，详细分析了其测量原理及测量误差，给出了其系统设计。
The principle and error of high precise temperature measurement are introduced in the multichannel temperature measuring system.
介绍了一种多通道温度采集系统，详细分析了其测量原理及测量误差，给出了其系统设计。
The principle and error of high precise temperature measurement are introduced in the multichannel temperature measuring system. It also introduces the design of the system.
配电监测系统模拟实验结果为：电参量测量误差小于1%，误差满足设计要求。
The simulation experimental result is that the measure error is less than 1% and meet designing requirement.
为减少检测系统的测量误差，在自动检测系统中需要对非线性误差进行校正。
In order to reduce the measuring error of automatic detection systems, it is needed to adjust the nonlinear error for automatic detection systems.
应用推荐