查询词典 input error

There are three of them: standard input, standard output and standard error.

这三个句柄是：标准输入，标准输出和标准错误句柄。

The method comprises the steps of: constructing a testing system which inputs digital codes and outputs simulated values of the analog-digital converter; obtaining a comparison table which is output through inputting responded simulated values of different digital codes from 0 to 2N-1 of the analog-digital converter; calculating to obtain an integration non-linear error comparison table corresponding to different digital code input of the analog-digital converter; compensating integration non-linear errors of the analog-digital converter through a hardware compensating method of adding a subtracter; and obtaining accurate analog-digital converter output.

搭建数模转换器的数字码输入-模拟值输出的测试系统；获得数模转换器从0到2 N -1的不同数字码输入响应的模拟值输出的对照表；计算得到数模转换器相应于不同数字码输入的积分非线性误差的对照表；通过加入减法器的硬件补偿方法，补偿数模转换器的积分非线性误差，获得准确的数模转换器输出。

Mainly, the course contains: Introduction of the Concepts of Human Factors and System,Human Factors Research Methodologies,Information Input and Processing,Text, Graphics, symbols, and Codes,Learning Curve,Visual Displays of Dynamic Information,Auditory, Tactual, and Olfactory Displays,Physical Work and Manual Materials Handling,Motor Skills,Human Control of Systems,.Hand Tools and Devices,Applied Anthropometrics, Work-space Design, and Seating,Illumination,Noise,Human Error, Accidents, and Safety.

本课程内容主要包括：人因工程与系统观念之介绍，人因工程研究之方法，资讯输入与处理，文字，图形，符号以及符码，学习曲线，动态资讯之视觉显示，听觉，触觉以及嗅觉显示，人员体力活动与人工物料搬运，运动技能，人员对於系统之控制，手工具和手操作器具之设计，应用人类测量学与作业空间之设计，照明，噪音，人为误差，意外，以及安全。

In chapter 4, basing theories and methods of scientific visualization, and artificial neural network BP algorithm, we integrate the Visual C++, OpenGL graphics library and Excel VBA technique to develop the program of artificial neural network and to make the BP algorithm visually, this program works can be divided into four parts: Using C language to develop program about BP algorithm; Using Visual C++, develop the GUI Interface, make input parameter visually; Using OpenGL graphic technique to display the training sample point in three dimension; at last using Excel DDE technique display the error graphic tables in Excel system In chapter 5, on the view of engineering application, we establish new method of surface reconstruction basing artificial neural network, develop interface program between module and commercial CAD/CAM system, meantime deeply discuss some key problems, for example, setting up the base plane, using the API technique, cutting and editing surface boundary, and also discuss the more compliant problem: how to intersect surface, at end we finish the work of translation from our surface reconstruction module to commercial CAD/CAM system, then make reverse engineering system basing artificial neural network more useful.

第四章基于科学计算可视化理论，依据人工神经网络BP算法理论模型，综合Visual C++，OpenGL图形库以及Excel VBA等多项软件开发技术，编制了人工神经网络程序，实现了BP算法的可视化映射。具体工作分为四部分：利用C语言实现人工神经网络BP算法；利用VisualC++的GUI技术开发图形用户界面，实现参数设置可视化；利用OpenGL图形技术进行三维映射，显示学习样本及训练样本点；利用微软电子表格DDE动态数据交换技术，在Excel上动态显示学习误差曲线图。第五章从工程应用的角度出发，提出了一种新的基于人工神经网络算法的曲面裁剪重构方法，完成了曲面重建模块与通用CAD/CAM系统的接口设计工作，对其中的若干关键问题进行了深入讨论，例如基平面设定、API技术的应用、边界裁剪等问题，同时，对曲面计算中较为困难的曲面相交问题也进行的专门探讨，最终完成了曲面重建模块向CAD/CAM系统的数据传输工作，使人工神经网络逆向工程系统趋向实用。

The torque output from four different models are compared with that from anti-lock brake test for the same pressure input, the results show that the error of trilinear hysteresis model is the maximal and that of theoretical model is the minimal.

在相同制动压力输入的前提下，把模型计算结果与试验结果进行了比较。

This work was first brought forward in SVC,and it can not only enhance error resilient capability of SVC bit-stream,but also maintain consistent bit-rates between input and output of the transcoder.4 This dissertation proposes discardable data adaptation in encoder.

该方法在SVC中首次提出，不仅能提高码流的容错能力，且能保证经过转码器的码流输入输出比特率的一致性。4提出SVC编码端的可丢数据自适应技术。

In order to apply neural network and intelligent control in supermaneuverable flight, the mathematic model of flighter is obtained, and the nonlinear aerodynamic coefficients are identified using computational neural networks, then, a neural network control system for supermaneuver is designed according to the timescale, and a intelligent compensator is givento compensate for the system errors which are caused by the networks training error, no-samples input, disturbance and time-delay, etc, which including the design of knowledge base, blackboard and reasoning engneer, the simulation results of Herbst maneuver demonstrate the designed control system is satisfying.

为了在超机动中应用神经网络和智能控制，本文接着建立了超机动时飞机的数学模型，并利用神经网络对大迎角下非线性非定常气动力进行了辨识建模，然后按时标分离法设计了一个针对超机动飞行的神经网络控制系统。

These are standard input, stan- dard output (buffered output to the monitor or display), and standard error (unbuffered output to the screen).

他们分别是标准输入，标准输出(到监视器或是显示器的缓冲输出)和标准错误。

These are standard input, stan- dard output (buffered output to the monitor or display), and standard error (unbuffered output to the screen).

它们分别是标准输入，标准输出和标准错误。

If input error, press * button for backspacing.

输入日/时/分/秒要符合要求才能进行操作，输入错误按*键退格。

Don not attempt to do something which you can not to do.

不要企图做那些办不到的事情。

The expression of CTGF and TNF-αweredetected by immunochemistry and the number of Clara Cells was calculated.

光镜下观察肺组织的病理变化，采用免疫组化染色观察肺组织中结缔组织生长因子和肿瘤坏死因子-α的表达和Clara细胞的数量。