第三个参数是一个系统提示，指出应用程序更新传感器值所需的速度。
The third parameter is a hint for the system to indicate how quickly the application requires updates to the sensor values.
当收到更改时，传感器值在TextView小部件的屏幕上显示。
When changes are received, the sensor values are displayed on the screen in TextView widgets.
参数包括两个整数：一个表示传感器，另一个表示该传感器新的准确值。
The arguments are two integers: One represents the sensor, and the other represents the new accuracy value for that sensor.
该方法的参数包括：一个整数，指示更改的传感器；一个浮点值数组，表示传感器数据本身。
The arguments to the method include an integer that identifies the sensor that changed, along with an array of float values representing the sensor data itself.
确认了发送数据的传感器之后，将使用方法第二个参数传递的浮点值数组中所包含的数据更新相应的ui元素。
Once the sending sensor is identified, the appropriate UI elements are updated with data contained in the array of float values passed as the second argument to the method.
示例应用程序不关心传感器的准确度，但关注传感器当前的X、Y和Z值。
The example application is really not concerned with the accuracy of the sensors, but rather the current X, Y, and Z values of the sensors.
汽车传感器的监测值，如身体，车轮和横向加速度，并为每个车轮在持续的基础上用它们来产生理想的阻尼力。
Vehicle sensors monitor values such as body, wheel, and lateral acceleration, and use them to generate the ideal damping forces for each individual wheel on a continuous basis.
一般您需要的压力传感器压力范围最大值应该达到您系统最大压力值的1.5倍。
Generally you need to pressure sensor maximum pressure range should reach you system pressure value of the biggest 1.5 times.
对数组和集合的处理方式与前面的示例相似。首先，我们以指定的值为条件查出传感器读数。
Handling of arrays and collections is analogous to the previous example. First, lets retrieve only the SensorReadouts with specific values.
接口总是用于读取传感器的值，同时还要将输入数值转换成更容易的形式。
Every time the interface is used to read a transducer, the same operations must be carried out to convert the input number into a more convenient form.
以传感器采样值作为神经网络的输入，故障代码作为输出，对电控汽油机进行在线故障诊断。
The on-line fault diagnosis of engine was conducted using the sensor sampling data as the inputs of ANNs and the faults code as the output.
提取每个传感器的最大值作为特征参数。
The maximum of each sensor response was extracted as features.
燃气轮机电厂实际运行中，涡轮排气温度是一个重要的热参数，其传感器的状态直接影响到排气温度观测值。
Turbine exhaust temperature is an important thermal parameter in gas turbine power plants and its measured value is affected by sensors state.
BZGK2型保护器直接对传感器二次交流信号采样，所测信号最接近真实值，保证了检测的准确型。
The BZGK2 protector to the sensor take two exchanges signals sampling, the measured signal approaches to the real value, it had guaranteed the examination is accurate.
针对双轴倾角传感器测量角度时引起的耦合干扰，采用了通过查询表的双线性插值和多传感器融合相结合的补偿方法。
To point to coupling disturbance made by the dual-axis tilt, it makes a study of compensation methods based on bilinear interpolation of query table and multi-sensor fusion.
本文在分析现有悬臂梁式小力值传感器的基础上，提出一种带有加速度补偿梁的传感器结构。
On he basis of analysis of the original cantilever type transducer measuring smaller force, a transducer structure with acceleration compensating beam is presented.
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.
该机制通过检验传感器本地采样值构成的时空相似度与传感器行为随机过程统计特征的符合程度实现行为信任认证。
This mechanism realizes behaviour trust authentication by using statistical hypothesis test for matching the reading sequence of sensors and statistical characters of the behaviour.
在应用D S证据理论识别海面目标的过程中，重点研究了如何通过传感器数据实测值来确定基本概率分配函数（BPA）的方法。
On a process of identifying the sea surface target by using D-S evidence theory, the method of how to determine basic probability assignment (BPA) by measured data of sensor is studied.
基于该融合公式，证明了在单传感器系统中，当样本观测值一定时，分组数据融合的估计效果优于单组算术平均的估计效果；
In a single sensor system when the sample amount is constant, the estimation result of data fusion to subdivided into groups is superior to arithmetic average of single group.
为了提高异步电机无速度传感器矢量控制的低速性能，提出了一种定子电压幅值和直流偏置补偿办法。
This paper presents a new compensation method for stator voltage amplitude and DC offset, which can improve the performance of the speed sensor-less vector control of induction motor.
利用温度传感器测到被控对象的温度信号与设定温度值进行PID调节，从而控制高频输出功率的大小。
Temperature sensor will be used to measure the temperature signal and build temperature for PID adjusting to realize the automatic output high frequency power.
在油品检测过程中传感器的输出值不只取决含水量一个参量，环境温度对测量值也有一定的影响。
In the measuring process, the output water content of the oil does not only depend on water content, the environmental temperature also has certain influence.
通过对磁场的实际测量结果和理论计算值的比较，说明该传感器能实现对“点”磁场信号的准确测量。
Compared experimental measurement with calculation of magnetic field, the result validated that it can accomplish the accurate point measurement of magnetic field.
而PH值检测的传统的方法都是由人工或电极传感器来实现的，往往容易造成电极在清洗和重新标定方面维护工作量大和频繁更换的问题。
However the traditional method of check PH is all that to be achieved by manual or electrode sensor, usually result of that is big workload and frequently exchange of electrode.
研究采用高频注入法的无传感器直接转矩控制系统，通过注入特定的高频信号来追踪电机转子的空间凸极效应，以此得到转子位置和速度值。
In the sensorless control system, a specified high frequency signal is injected in to trace the magnetic anisotropy of the motor, by which we can get the value of rotor speed and position.
电容传感器是基于平板电容模型的一种新型传感器，其电容值取决于介电层厚度和介电常数。
The capacitance of the sensor is depended on the thickness and dielectric behavior of its dielectric layer.
论述了利用“游标插值”的信号细分新方法，研制差线栅传感器的新思想。
The new thought of developing differential grating displacement sensor with the novel signal subdivision method of slipper interpolating is described.
传感器的静态特性是指被测量的值处于稳定状态时传感器的输入输出关系。
The static characteristic of sensor means a relationship between the input and the output of the sensor when the value being measured is stable.
因此，变迹idt和金属反射栅的应用是SAW质量传感器Q值的改善的两个重要因素。
Therefore, the application of the apodization IDT and the metal reflector are two important factors to improve the Q value of the SAW mass sensor.
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