在建立温度传感器和流量传感器数学模型的基础上，详细阐述了智能热量表的软硬件设计方法。
Based on the mathematical models of temperature sensor and flow sensor, the design methods of software and hardware of intelligent heat meter were narrated.
文中给出了太阳方位角测量原理及太阳方位角传感器数学模型，提出并实现了数字太阳方位角遥测系统。
The principle of measurement and mathematical model of the solar aspect angle were given and a scheme of practicable digital telemetering system for the measurement was also propounded.
本文根据振动管柯氏力质量流量计的实际工作情况，建立了传感器数学模型，进行了详细的传感特性分析。
In this paper, a mathematical model of the sensor is proposed on the basis of its operating conditions, and the characteristics of the sensor are analysed in detail.
以激光同步扫描测距传感器的数学模型分析为例，介绍了在传感器数学模型设计过程中采用数据融合的思想，以使得传感器的输出更加可靠的过程。
Take the model of laser range finder based on synchronized scanner as example, show how to use data fusion method in the process of sensor model designing to get more robust output.
给出了由传感器误差导致的操瞄系统误差的数学模型。
A mathematical modeling of aiming system accuracy resulting from sensor error is proposed.
计算和仿真结果表明建立的数学模型有较好的精度，多传感器融合技术能成功运用在声发射式绝缘子污秽监测中。
The result proved that the mathematic models has high precision and the fusion technology of information can be used in measurement of polluted insulator by acoustic emission technology successfully.
传感器的数学模型可用来分析传感器的输出和决定未知材料的热性质。
The mathematical model can be used to analyze the sensor output and determine the thermal properties of an unknown object.
以里程计作为外部传感器，建立了运动状态下初始对准的数学模型，分析了系统状态的可观测性，并进行了仿真研究。
By selecting an odometer as the system's external sensor, the mathematical model for the alignment in the moving state is established and the observability of the system is analyzed.
文章介绍了基于图像传感器的孔系三维坐标测量系统的原理和数学模型。
The principle and mathematics model of the hole position precision measurement system based on image sensors are described.
这个数学模型，适宜于波浪高度的数据采集，可以提高波高传感器的测试精度。
This mathematical model is fit for data acquisition of wave-height, and can improve the testing accuracy of wave height transducer.
本系统由控制单元、传感器、数学模型、控制算法、计算机及工艺过程组成。
This system consists of control cell, sensor, mathematical model, control algorithm, and computer and technological process.
采用氧探头作为传感器，实现了碳势微机控制，本文论述建立这种数学模型的有关问题。
With oxygen probe as transducer, the carbon potential process is controlled by microcomputer. This paper discusses something for setting up the mathematical model of carbon potential.
重点阐述了恒压和恒温工作方式下热线式传感器的数学模型和设计方法。
The mathematical model and design method of hot wire sensors at constant voltage or constant temperature are expounded emphatically.
以部分波理论和表面有效介电常数方法为基础，建立了兰姆波传感器的数学模型。
The mathematical model of the Lamb wave sensor was established on the basis of the partial wave theory and the surface effective permittivity method.
基于同轴圆柱电容式传感器的测量原理，建立了用于固态物含水率测量的数学模型；
Mathematical model for measuring moisture in solid substance is presented based on the operating principle of a cylindrical capacitance type sensor.
研究了线结构光传感器的数学模型，并给出了齐次坐标系下的表达形式。
The mathematical model of single line structured light transducer is studied and it's expression under homogenous coordinate is given out.
然后分析了各种数字滤波方法的特点，针对传感器信号的特点进行处理，并建立了数学模型。
A mathematic model is built after analyzing various kinds of digital filtering and processing the signal of sensor.
该文采用等效电路法研究了容栅传感器的数学模型。
This paper uses the equivalent-circuit way to study the mathematical model of capacitive grate transducer.
对于控制系统，建立了传感器、节距调节器、转速PI控制器、转矩PI控制器、节距PI控制器等的数学模型。
To the control system, The mathematics model of transducers, blade actuator, PI controller to rotate speed, PI controller to the torque, PI controller to the blade angle are established.
通过微型计算机，用有限元法计算某类传感器，为优化设计建立一个清晰的数学模型。
This paper descripes simulation of some kinds transducers using a microcomputer based on the finite element method and sets up the clear mathematic models for the optimum designs.
为了准确区分传感器突变信号产生的原因，提出了基于数学模型的小波频带分析法。
In order to accurately distinguish the origins bringing about abrupt changes in sensor output, a method is presented for wavelet frequency analysis based on mathematical model.
针对传感器的线性度与拟合直线的关系问题，建立数学模型。
In the light of the question of the relation between the sensor's linearity and fitting straight line, this paper builds mathematical model.
论述了热量测量原理及实现方法，建立了温度传感器、流量传感器的数学模型。
It is reported the heat measurement principle and its realizing methods in this paper and established the mathematical models of temperature sensor and liquid sensor.
在研制出样机的基础上，对数学模型的验证，起重传感器测量系统的标定，以及现场测试等方面进行了全面系统的实验研究。
Experiments concerning the verification of the mathematical model, calibration of the sensing and measuring system, and field applications are carried out on the basis of the prototype.
本文将线激光视觉传感器与三坐标测量机（CMM）相集成，并建立相应的数学模型；
The Line laser vision sensor is integrated CMM, and the mathematical model of them is established.
利用神经元网络良好的逼近能力，建立腕力传感器的动态数学模型。
Its excellent approaching ability is used to establish the wrist sensors dynamic mathematical model.
基于实测数据，采用曲线拟合的方法，建立容栅传感器误差的数学模型，确定其变化规律。
The Mathematical model of errors of capacitive gate transducers is established and the changing rule determined in accordance with measured data, and the curve fitting method.
首先通过对两个传感器之间的流动噪声输送过程进行分析，建立两个传感器信号之间的数学模型。
Through analyzing flow noise's delivering process between two sensors, the mathematics model is built between two sensor signals.
讨论的着重点为传感器布阵、弹着点定位的数学模型、地震波的传播介质及系统总体框图等方面。
The pick-up arrangement, mathematical model of impact-point positioning, medium for the transmission of earthquake waves, and the general system block-diagram etc. are described.
讨论的着重点为传感器布阵、弹着点定位的数学模型、地震波的传播介质及系统总体框图等方面。
The pick-up arrangement, mathematical model of impact-point positioning, medium for the transmission of earthquake waves, and the general system block-diagram etc. are described.
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