在系统硬件的基础上完成了温度补偿系统的软件设计。
In a complete hardware system based on the temperature compensation system software design.
因此，建立一个合理的温度补偿系统已成为克服测量误差的必要手段。
So, set up a reasonable temperature compensation system is important to get over the error.
本文着重对电涡流位移传感器的温度补偿系统及其补偿手段进行分析研究。
In this paper, we emphasize on the temperature compensation system and its means of Electric Eddy Transducer.
本文主要做了以下主要工作：首先，根据温度补偿系统的要求，完成了系统各个硬件模块的设计。
This paper mainly on the following main elements: First, in accordance with temperature compensation systems. The various modules of the system hardware design.
研究一种多变量非线性函数极值的通用数值解法，并将这种算法应用于石英晶振热敏网络温度补偿系统中。
An universal numerical algorithm of extremum for multivariate nonlinear function is discussed, and is used in the calculate system of compensation for thermistor net.
介绍了一种低成本的，基于微处理器的装有多个温度传感器的控制器所组成的温度补偿系统，如何有效地解决了温度漂移的补偿问题。
A low cost temperature compensation system, consists of multi temperature sensors, are used to illustrate how to effectively solve the problems of temperature compensation caused by temperature drift.
有一个非常独特的专利和相对湿度的计算算法，该系统通过良好的温度调节补偿机制可以保证准确相对湿度输出。
With a very unique and patented relative humidity calculation algorithm, the system can assure accurate relative humidity output through fine tuned temperature compensation mechanism.
系统具有树种校正功能、温度补偿功能、双对数曲线计算、历史趋势图设计等功能。
The system possesses species correction function, temperature compensation function, double logarithm curve calculation and history tendency chart design function.
本文以研究机床热误差补偿中温度传感器的优化布置和新型测温系统的开发为主要内容。
The main research theme of this dissertation is sensor placement optimization and temperature measurement system in thermal error compensation of machine tools.
对具有温度补偿功能的光伏系统充电控制器的设计与应用进行研究。
The design and application of battery charge controllers with temperature compensation for use in photovoltaic systems are studied.
提出了一种基于两级闭环控制的新型型砂水分控制系统，阐述了温度补偿系数的设定方法。
A new Measuring and controlling system of moisture ratio in molding sand based on two level closed loop control is presented, and setting method of temperature compensation factor is described.
该系统能对压力传感器的零点误差、灵敏度误差和温度漂移进行自动的补偿校正。
The system can automatically compensate and calibrate the pressure sensor's zero point error, sensitivity error and thermal drift.
基于840D数控系统，通过对R参数的灵活运用，提出一种能够对温度误差有效补偿的数控程序编程方法。
The method of CNC programming can be used to compensate the thermal deformation error effectively, which is based on 840D CNC system and using R parameter flexibly.
测量应用采用完全温度补偿技术和自动化记录系统的空心包体应变计进行，得出了该地区地应力分布的基本规律。
To find out thoroughly the reasons of slopes unstability, earth stress has been measured at slope by means of technique of temperature compensation and automatic recording.
本论文设计了较为完善的智能化软件，使该检测系统具有较高的智能化程度，实现了自动增益控制、温度补偿、自动校准等多种智能化特性。
The paper finished a complete intelligent software design, it makes the whole measurement system more intellectualized and realizes automatic plus control, temperature compensate, auto-collate, etc.
本文介绍了一种对静态线性测量系统的线性度和温度效应进行补偿的模型化方法。
In this paper, a modeling compensating method used to compensate the linearity and temperature effect of measurement systems is proposed.
因此在红外成像系统中不得不加入主动或被动补偿机构，以补偿温度变化造成像面移动所引起的系统性能的降低。
For this reason, several active or passive compensation mechanisms have to be appended to thermal imaging systems to compensate the performance degradation with temperature changes.
试验结果表明：采用该方法进行温度补偿后，可以基本消除流体温度变化引起的测量误差，提高系统的测量精度。
The result of experiment shows that the measurement error from fluid temperature changes can be almost removed, and the accuracy for this system can be improved.
本文所研制的温度补偿结构体积小，易于制作，可以满足对光纤光栅温度稳定性要求较高的光纤通信系统等领域的需要。
The temperature compensation structure has the advantages of small volume, easy to be fabricated, and it can meet the demand of temperature stability in the communication system.
分析了系统设计的理论依据和软硬件实现方案，采用温度补偿算法使补偿后的精度等级达到0 1%FS。
And also analysed the theory, software and hardware circuits of system. Using a software algorithm of temperature compensation in practical measurement, the precision degree can arrive 0.1%fs.
同时，采用跳转技术对偏差及温度漂移进行了补偿，减少了温度等因素对本系统造成的影响。
Because the deflection and the temperature floating is compensated by flipping technology, the influence of some factors such as temperature on the system is reduced.
分析了温度效应对f - P腔光纤液位传感器系统的影响，提出相应的解决方案以实现对温度效应的自补偿。
Influence of temperature effect on Fabry-Perot cavity optical fiber sensor system is analyzed and the projects of self-compensation for temperature effect are put forward.
重点论述了环境温度的检测过程，提出了利用单片机对温度误差进行补偿的系统结构与原理。
The test processing of environmental temperature are described. The system construction and principle of temperature error compensation by means of single chip processor are propounded.
根据不同的温度补偿原理，结合测量的实际情况，设计了具有自校准功能的差动补偿系统。
Based on different compensation principle for temperature and combined with the real condition, a differential compensation system which has a self-calibration function has been designed.
该系统由两个神经网络组成，一个实现对温度的补偿，另一个实现非线性补偿。
The proposed ANN-based model is composed of two ANN schemes. The former provides temperature compensation, whereas the latter compensates the nonlinearity.
该系统可以补偿传感器（特别是硅压阻传感器）温度误差的线性部分和高阶非线性部分。
The li near errors and high order errors of a sensor (especially piezoresistive sensor) can be corrected by using this system.
采集环境温度和压力，设计算法实现对温度和压力的补偿；系统还设计了各种接口，实现键盘、显示、报警和上传下载等功能。
Temperature and pressure of surroundings were compensated by algorithm, and kinds of interface to fulfill keyboard, display, alarm and up-down functions were designed.
提出了利用传感元件自身特性实现温度补偿的算法以及对系统非线性补偿的算法。
A temperature compensation algorithm according to the behavior of the inductance sensor, and a nonlinear compensation algorithm are designed.
本文还针对系统的稳定性问题，分析了温度因素对系统整体性能的影响规律，提出了一种有效的温度补偿控制方案。
Additionally, the rule that the temperature affects the performance of system is analyzed, an effect way is provided for temperature compensation.
对通信系统中阀控密封铅酸（VRLA）蓄电池的过充电保护与温度补偿特性进行了模拟实验研究。
Overcharge protection and temperature-compensation characteristics of VRLA battery used for communication system were studied.
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