1.
Design of Obesrver with Unknown Inputs for Discrete Singular Syetems;
含未知输入的离散奇异系统的观测器设计
2.
Observer Design for Descriptor Systems with Unknown Input and Measurement Noise;
含有未知输入与量测噪声的广义系统观测器设计
3.
Research on Fault Detection of Automobile Engine Control SystemBased on UIO;
基于未知输入观测器的汽车发动机控制系统故障检测方法研究
4.
A method of trouble inspection for the tilting control system ontilting trains with use of unknown input observer( UIO) is given.
提出了一种利用未知输入观测器(IO)摆式列车倾摆控制系统进行故障检测的方法。
5.
Iterative learning control of a class of nonlinear systems with unknown input dead-zone
具有未知死区输入非线性系统的迭代学习控制
6.
Direct Adaptive Dynamic Compensation for MIMO Minimum Phase Systems with Unknown Relative Degree
相对阶未知多输入多输出最小相位系统直接自适应动态补偿
7.
Let us compare our unknown analog input signal to a "guess".
现将一个未知的模拟输入信号同一个假定值进行比较。
8.
Not Assigned;Digital Input;Digital Output;Analog Input;Analog Output;Totalizer Input
未指定;数字输入;数字输出;模拟输入;模拟输出;累积输入
9.
DISCONNECT THE INPUT SPEED SENSOR.
拆除输入速度感知器。＊＊
10.
Solar Sensor Input Circuit
日光感知器输入电路
11.
The high voltage of input voltage range 1 for this power supply, in Millivolts. A value of 0 denotes 'unknown'.
这个电源供应的输入电压范围1的用毫伏表示的高电压。值为0时表示'未知'。
12.
"The high voltage of input voltage range 2 for this power supply, in Millivolts. A value of 0 denotes 'unknown'.
"这个电源供应的输入电压范围2的用毫伏表示的高电压。值为0时表示'未知'。
13.
The low voltage of input voltage range 1 for this power supply, in Millivolts. A value of 0 denotes 'unknown'.
这个电源供应的输入电压范围1的用毫伏表示的低电压。值为0时表示'未知'。
14.
"The low voltage of input voltage range 2 for this power supply, in Millivolts. A value of 0 denotes 'unknown'.
"这个电源供应的输入电压范围2的用毫伏表示的低电压。值为0时表示'未知'。
15.
The number of incoming packets silently discarded for a reason other than malformed, bad authenticators, or unknown types.
除了格式不对、坏的身份验证程序或未知类型等原因之外而放弃的输入数据包数目。
16.
The number of incoming packets per second silently discarded for a reason other than malformed, bad authenticators, or unknown types.
除了格式不对、坏的身份验证程序或未知类型等原因之外而放弃的每秒输入数据包数目。
17.
The inputs and outputs are either unknown or loosely defined, the transformation process lacks necessary precision, and quality control is not defined.
输入输出都是未知的或仅仅初略定义的，过程转换缺少必要的精确性，并且质量控制也是未定义的。
18.
REPAIRING INPUT AND/OR OUTPUT SPEED SENSOR ERROR
修复输入和／或输出速度感知器错误。