The accuracy grade of novel HVEM must be defined by integrated error calibration system.
新型高压电能表必须采用整体误差校验系统来定义准确度等级。
The error analysis shows that the compensated precision is slightly lower than the traditional calibration method, when there isn't transferring system error in the measuring system.
误差分析表明：在传感测量系统无平移系统误差时，与传统标定方法相比，该方法的补偿精度略有下降。
Correct system error with calibration data.
使用校准数据修正系统误差。
In this paper, errors of digital levels are introduced. Calibration methods of the collimation error and the system accuracy are presented.
分析了数字水准仪系统的误差源，阐述了仪器i角误差和综合精度的检定方法。
The redundant measurement system presents many powerful characteristics such as self calibration, recovering the lost information, error compensation and so on.
详细论述了基于系统的冗余技术实现的各种重大作用如系统的自标定、挡光自恢复和误差补偿等。
Combining with local calibration, the distortion error of the optical system in the camera is corrected.
结合局部标定法，对摄象机光学系统的畸变误差进行校正。
Calibration is taken by length grating at overall system and system error is reduced effectively.
对整个系统采用了长光栅来标定，有效的减少了系统误差。
This paper analyses the error factors that affect the measurement accuracy in high precision photoelectric camera system, and presents errors calibration method in detail.
详细分析了影响高精度光电摄像系统测量精度的各项误差因素，针对这些误差因素提出了详尽的标定算法，建立了摄像系统的标定模型。
This article has analyzed the error source of the thermocouple calibration system, and evaluated the error uncertainty.
本文分析了热电偶检定系统的误差来源，并对误差不确定度进行评定。
Vision processing system based on single-camera can avoid the error that comes from calibration error brought in multi-camera system. So it has more advantage for precision promotion.
基于单摄像机的视觉对中系统消除了多摄像机视觉对中系统中的摄像机标定误差，在提高贴片机精度上有较大的优势。
A probe of zero calibration, a two-point calibration function, the system error of automatic correction;
具有探头零点校准、两点校准功能， 可对系统误差进行自动修正；
The result shows that the new self calibration system has greatly improve the stability of the system and completely achieved goal of compensating system error.
结果表明系统很好的实现了电路设计的目的，达到了补偿系统误差、大大提高系统稳定性的目的。
It is necessary to improve test accuracy. On the basis of the virtual instrument signaling test system, this paper research for the system fault detection and error calibration function.
本课题是在虚拟仪器信号设备自动测试系统的研发基础上，针对此系统的故障检测与误差校准功能进行开发。
This paper introduces the operation principle for the calibration of radar speedometer with a microwave anechoic chamber. A calibration system and its error analysis is described briefly.
本文介绍了用微波暗室法校准雷达测速仪的工作原理，并对校准系统进行了描述和误差分析。
Then, the error of the system is analyzed, and the error compensation model is established. A mathematical calibration method is presented for the system residual errors.
进而，本文对所设计的太阳敏感器进行了系统误差分析，采用数据拟合方法，建立了系统的误差补偿模型。
The experiments of error analysis in our WATO system demonstrate that the position and related calibration technologies have a high precision and can satisfy surgical requirement.
并通过在自己研制的WATO机器人辅助手术系统上的模拟误差分析实验证明了所分析关键技术具有较高的精确度，符合手术的基本要求。
The experiments of error analysis in our WATO system demonstrate that the position and related calibration technologies have a high precision and can satisfy surgical requirement.
并通过在自己研制的WATO机器人辅助手术系统上的模拟误差分析实验证明了所分析关键技术具有较高的精确度，符合手术的基本要求。
应用推荐