1) offset error
失调误差
1.
Quadrature error and offset error suppression circuitry for silicon micro-gyroscope;
硅微陀螺仪正交误差和失调误差抑制线路(英文)
2.
To remove the offset error and the gain error in the data acquisition system (DAS) and satisfy the accuracy and real-time requirements of the system, a FPGA-based self-calibration method for data acquisition is presented.
为消除数据采集系统中的失调误差和增益误差,满足系统实时性要求,提出了一种基于FPGA的数据采集自校准方法。
2) Measuring error and issue
误差和失误
3) negligent error
疏失误差
1.
In the aspect of data processing,it used the method of distributing chart to eliminate negligent errors,then adoptd the Bayes parameter estimation to fuse the temperature testing data.
针对目前煤自然发火实验的特点,提出了一种基于多传感器数据融合的煤自然发火实验温度监测系统;在数据处理上,首先应用分布图法剔除所监测温度数据的疏失误差,再利用Bayes参数估计方法对多个温度监测数据进行数据融合,在此基础上温控系统利用融合后的煤温数据控制水温自动跟踪煤温,达到模拟井下煤自然发火的目的。
2.
According to the system characteristic,a new method of data processing is introduced : Using the distributing chart to check interference factors,eliminate negligent errors,then adopting the method of arithmetic average and batch estimation to fuse the tested data in order to get the ture.
采用分布图法抑制干扰因素,消除疏失误差并利用算术平均值与分批估计相结合的方法对数据进行融合处理,得到所需的测量结果。
4) gross error
过失误差
1.
An improved MT-NT combined method used in gross error detection and data reconciliation in process data is described.
介绍了一种用于过失误差侦破和校正改进的MT-NT算法。
2.
Conventional indirect estimations of measurement error covariance are very sensitive to gross errors.
由于经典的误差协方差阵间接估计方法对于过失误差的存在非常敏感 ,本文提出了一种基于Hampel三截尾估计的间接估计方法 ,在无过失误差和存在过失误差的情况下都能给出测量误差协方差矩阵可靠的估计 。
3.
Aiming at solving the distinguishing problem of gross error for the small samples whose distribution is unknown, a new distinguishing algorithm based on the residual error of the GM(1,1) model is proposed.
针对未知概率分布、含过失误差的小样本数据识别问题,提出了基于GM(1,1)模型残差和残差平方和的判别方法;介绍了判别原理和步骤;实例仿真结果表明该方法对数据没有分布要求,简单可行,取得了较好的判别结果。
5) mistake error
疏失误差
1.
The paper presents the method to reject the mistake error and the data mining of the phytotron intellectual testing expert system.
提出了人工气候室测试的疏失误差别除和数据挖掘方法,在此基础上设计的人工气候室智能测试专家系统、具有稳定性好、灵敏度高、响应速度快、使用寿命长等特点。
2.
The method to reject and calculate the mistake error of the transformer /low voltage user remote monitoring and the principle of data mining were present.
基于电能参数的自动测试和智能化处理是实现电力系统现代化管理的重要手段,提出了配电变压器/低压用户远程监测的疏失误差剔除及其计算方法以及数据挖掘的原理。
3.
On the basis of data fusion arithmetic of single sensor and applying superior C8051F140 MCU,a data processing method of on-line fault detecting for transformer taking the data fusion technology of single sensor based on cancelling of mistake error is put forward.
在单传感器数据融合算法基础上,运用高端C8051F140型MCU提出一种基于剔除疏失误差基础上的单传感器数据融合技术在线变压器故障监测数据处理方法,同时将CAN总线引入到现场数据的传输中。
6) mismatch error
失配误差
1.
Method of eliminating of mismatch error in microwave power measurement;
微波功率测量中消除失配误差的方法
补充资料:(失调名)
【诗文】:
多情到了多病。
(《明道杂志社》)
【注释】:
【出处】:
《全宋词》(台湾中央舆地出版社,1970年版)
多情到了多病。
(《明道杂志社》)
【注释】:
【出处】:
《全宋词》(台湾中央舆地出版社,1970年版)
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条