To understand why, let's consider the risk of unintentional user error when the user creates a system error after incorrectly entering the data on the screen.
为了理解这其中的原因，让我们以用户在屏幕上错误地输入数据后创建系统错误时的非故意用户错误的风险为例。
At first, the logic behind this sounds reasonable: If you change this data element from optional to required, you essentially duplicate error processing that occurs elsewhere in the system.
首先，整个过程背后的逻辑是合理的：如果您将这项数据元素从可选改为必需，那么您基本上就是复制了系统中其他地方所使用的错误处理过程。
Prior to a major system error, the impact of the risk of an unintentional user error would be ranked low because of the user's excellent records of entering accurate data.
在发生较大的系统错误前，由于用户在数据正确输入数据方面有良好的记录，因此会认为非故意用户错误的风险影响很低。
The results of the test data indicate that the prediction system is reliable and the root of mean square error is about 15%.
对测试数据的预测结果表明，该预测系统能够可靠工作，预测结果的均方根误差在15%左右。
Here different grey system theoretical models are used to fit the experiment data; the error analysis demonstrates that the precision is high.
这里主要运用不同的灰色系统理论模型对实验数据进行拟合，误差分析显示精度是很高的。
Solved the practical problem that runs into in system debug stage, for example, the interference problem in data acquisition, the error eliminating in data acquisition.
在系统调试阶段解决了一些现场遇到的实际问题，如数据采集的干扰问题，采集数据的误差消除问题。
Specially, by use of this method, we can give high precision estimation of system error only using the tracking data of a set of MISTRAM.
运用该方法，只要一套MISTRAM系统的跟踪数据，就能给出自由飞行段常值系统误差的估计。
The experiment data and error curve shows the validation of the FMT system.
给出了试验数据及误差曲线，验证了此FMT系统的实用性。
Some compensation data for nonlinear error in metrical system is normally acquired from the measurement of tested the standard voltage by external equipments.
有些用于补偿检测系统非线性误差的数据，通常是借助外接仪器测量待检品标准量电压的方法来获取的。
This paper introduces a new flatness measuring system and a new flatness error data processing method which fits the minimum condition.
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。
The network is trained using country testing fire data, system error is less than standard error, which shows the validity and feasibility of the algorithm.
根据国家标准试验火数据进行网络训练，系统误差小于试验火标准误差要求，表明了算法的有效性和可行性。
This method ensures the reliable transfer without losing real-time response to system through error correcting and data re-transmit mechanism of USB bulk transfer.
这种方法使用了块传输的错误检测和数据重传机制，保证了数据的可靠传输及系统的实时性。
System model is the foundation of Kalman filter. The nondeterminacy of system model brought on apriori data error, as the low precision and the diverge of the filter.
系统建模是卡尔曼滤波的基础，系统模型不准确带来的验前数据误差，使滤波器精度降低，可能造成发散。
Firstly, multi-sensor data integration is discussed and is applied to find out abnormal value, abnormal tendency, system error and monitoring default.
研究了多传感器数据集成，实现了异常值探测、异常趋势识别、系统误差识别以及监测故障判别等功能。
In addition, sources of system error and method of data processing are analyzed.
此外，分析了系统误差来源及数据处理方法。
The track error of the frequency tracker in LDV System is thoroughly derived and analyzed. On these grounds, a high accuracy data processor with microcomputer is designed.
本文对LDV系统的频率跟踪器进行了全面的误差分析，并据此设计了高精度微机数据处理器。
This article is concentrated on data processing, mainly including spectrum estimation and error compensation, and system software developing which applied in a kind of phase noise measurement system.
本文重点介绍了应用于一种相噪测试系统中的频谱估计及误差校正等数据处理方法，以及该系统相噪测试主机系统软件的研制。
In addition, GPS observation itself maybe have system error, so it is needed to take into account GPS self-reliability when assimilating the GPS data into the numerical prediction model.
另外，GPS测量可降水量本身可能存在系统误差，在将GPS资料同化入数值预报模式时应关注GPS资料本身的可靠性。
Once the GPS signal is effective, the data gained from SINS and GPS can calculate error value which drives Kalman filter and estimates system error.
在GPS信号不可用时，利用SINS和GPS得到数据所形成的误差值来驱动卡尔曼滤波器估计系统误差。
Aim Using the variance matrix of estimated error, positional accuracy can be compared with different mixing together data, it has put forward a kind of basis for system location to select data.
目的通过估计误差方差阵，对多传感器组合导航系统中不同的融合数据进行定位精度比较，为系统定位提供选择数据的依据。
It is necessary to check the measured data and to find a suitable error separation method for separating the instrumental error of guidance system.
制导系统工具误差分离的工作是一个很细致又很严密的工作，为此必定要对测量数据进行检验，并寻找合适的误差分离方法。
The system is made up of several types of sensors, considering that a single sensor is characterized by small coverage, great measuring error and serious time delay of data propagation.
系统由多类型传感器组成，单个传感器测量范围小，测量误差大，并且数据传输时延大。
The data from the data sources of different countries are converted into the unifying data format and projection coordinates system by data conversion, projection conversion and error correction.
将来自不同国家的数据源进行数据转换、投影变换和误差校正，转换为统一的数据格式和投影坐标系统。
Finally by measuring the diffraction intensity distribution of test system accuracy and stability, and give specific data and error analysis.
论文最后通过测量单缝衍射光强分布实验测试系统的精度和稳定性，并给出了具体的数据和误差分析。
The genetic analysis for system error and lourse error of the prototype observed data of earth-rock dam is carried out.
对土石坝原型观测资料的系统误差、粗差的成因进行了分析；
This paper explains the necessity of automatic error check in bibliography data, and introduces a system developed for this purpose.
简述了书目数据自动检错的必要性，介绍了研制的通用型数据检错纠错系统。
Harvested area error of yield point is one of the main reasons to bring yield error in yield data collected by yield monitoring system.
采样周期内实际收割面积计算误差造成的产量数据误差是联合收割机计产数据中的一种常见误差。
Data Reconciliation Gross error detection and data rectification in information integration system of process industries.
数据校正工业生产过程的数据显著误差检测与数据校正。
The system error analysis and result data is given. The system is steady and reliable by experiment .
给出了系统误差分析及结果数据，经实验，系统稳定可靠，精度高。
The system error analysis and result data is given. The system is steady and reliable by experiment .
给出了系统误差分析及结果数据，经实验，系统稳定可靠，精度高。
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