其余三个命令处理机器人图像传感器或手臂的错误行为。
The remaining three commands deal with faulty behavior for either the robot image sensor or the arms.
四个引擎中的一个关车(eco)，燃料箱中液氢燃料区的一个传感器给出了错误的读数。
One of the four-engine cutoff, or ECO, sensors inside the liquid hydrogen section of the tank gave a false reading.
如果电缆放置错误将改变传感器的“极性(polarity)”，其后果是混淆了左和右。
Electrical cables plugged in the wrong way would switch the "polarity" of a sensor, causing it to confuse left and right.
以下的系统错误代码与这些传感器相关，可用来触发SNMPTrapEventSubscription配置中的警报。
The following system error codes are associated with these sensors and can be used to trigger alerts from the SNMP Trap Event Subscription configuration.
一则在飞机失事前自动发出的讯息表明当时飞机接收到了来自外部速度传感器的错误信息，正是这个错误的信息导致了飞机的失控。
One of the automatic messages emitted by the plane indicates it was receiving incorrect speed information from the external monitoring instruments, which could destabilise the control systems.
传感器外壳上的圆形安装孔（非槽形）可避免由于错误的安装距离或运动而导致的碰撞或震动引起的维修。
Round mounting holes (not slots) in the sensor housing avoid incorrect mounting distances or movement through impact or vibration which otherwise may require maintenance.
实际应用当中，陀螺仪传感器噪声和漂移会产生致命错误，必须被补偿矫正。
In practice, gyroscope noise and drift will introduce errors that need to be compensated for.
对现场校验超声波蒸发传感器所得的异常数据进行分析，并对分析进行验证，找出了数据异常的原因，同时提出避免此类错误的方法。
By analysis abnormity data which come from locale verify ultrasonic vaporize sensor, validate analyse; find out the reason of abnormity data, at the same time put forward method to avoid this error.
为作出合理的决策，并识别出有错误的传感器，有必要将传感器的局部观测值组合成全局估计。
To make rational decisions and identify faulty sensors, it's necessary to combine the sensor's local observations into a global estimate.
如果传感器感应传感数值不准确，它可能在错误的时间内使DTC测试运行，或者也许根本不可能运行测试。
If a sensor reading is inaccurate, it can allow the test to run at the wrong time, or may not run the test at all.
这给身处由于丧失了标志着正确的和错误的行为的特殊传感器而引起的道德和情感骚动的残酷现实中的我们以希望。
This will give us hope amidst the crude reality of a moral and emotional riot, caused by the corruption of the special sensor that indicates right and wrong actions.
AIDA64至尊版提供了广泛的功能，以协助超频，硬件错误诊断，压力测试和传感器监控。
AIDA64 Extreme Edition provides a wide range of features to assist in overclocking, hardware error diagnosis, stress testing, and sensor monitoring.
AIDA64至尊版提供了多种功能，帮助超频，硬件错误诊断，压力测试和传感器监测。
AIDA64 Extreme Edition provides a wide range of features to assist in overclocking, hardware error diagnosis, stress testing, and sensor monitoring.
编码式传感器应用于精密测量时，由于旋转轴的晃动可能引起传感器输出波形的抖动，从而导致计数错误。
When using encoder sensor in precise measurement, the shaking of rotation axis can cause change of output waveform of sensor and wrong count.
在电镀过程中，电解液也将随着改变，从而会使信号传感器给出错误的结果来。
The electrolyte would also be changed by the electroplating process and would cause the pickoff to give erroneous results.
例如，输入传感器向信号转换器输入一个正确的模拟信号，但是错误的信号转换可能向CPU输入错误的数字信号。
For example, an input sensor may be feeding an accurate analog reading to a signal converter, but a faulty signal converter may be sending the CPU an inappropriate digital signal.
例如，输入传感器向信号转换器输入一个正确的模拟信号，但是错误的信号转换可能向CPU输入错误的数字信号。
For example, an input sensor may be feeding an accurate analog reading to a signal converter, but a faulty signal converter may be sending the CPU an inappropriate digital signal.
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