exi格式使用一种源于信息和正式语言理论的混合方法以及经过测量验证的实践技术对XML信息进行熵编码。
The EXI format USES a hybrid approach drawn from the information and formal language theories, plus practical techniques verified by measurements, for entropy encoding XML information.
他们的技术基于一种叫做弱测量原理的新理论，该理论由特拉维夫大学的亚基尔阿哈罗诺夫小组建立。
Their technique builds on a new theory of weak measurement that was developed by Yakir Aharonov's group at Tel Aviv University.
研究人员还建议了一种新的测量幸福感指数的方法：将设定点理论与生活方式、偏好、抉择等这些因素一起纳入考量的范围。
The researchers suggest a new measure of happiness that takes into account both set-point theory, as well as lifestyle, preferences and choices.
因此，有必要通过对颜色测量相关理论的研究，设计一种具有高精度、高稳定性、强抗干扰且价格低廉的在线颜色测试系统。
Hereby, based on the deep study of the relevant theory of color measurement, an online color measurement system was designed with high precision, good stability, strong anti-jamming, and low cost.
本课题在相关色度学理论的基础上，设计了一种采用光电积分型测量方法对物体表面颜色外貌进行测量并对其予以色差评价的检测系统。
On the basis of the relevant theory of colorimetry, a test system is designed for object color appearance measurement and its color-difference evaluation using photoelectric integrating method.
基于该理论基础重新设计塞曼效应试验，就可以得到测量光速的一种新方法。
Based on the theoretical basis for re-engineering Zeeman effect experiment, we can get a new method for measuring the speed of light.
本文在理论推导的基础上，提出了一种新的自适应滤波方法，并将该方法应用于弹性体上惯性测量系统的传递对准。
Based on theoretical deduction, a new adaptive filter design is proposed. This method is applied to the approach for transfer alignment of inertial units on elastic body.
将粗糙集理论与模糊逻辑技术相结合，提出了一种通过测量数据来获取模糊控制规则的方法。
Combining rough set theory with fuzzy logic technology, this paper has presented a method of gaining fuzzy control rules based on measured data.
运用几何光学测量物体尺寸的理论和方法，设计了一种基于线阵图像传感器的线径测量系统中的成像系统。
The general theory and methods from geometrical optics to measure the dimension of an object were applied to design a diameter measuring system, which was based on a linear array image sensor.
提出了一种利用中频正交双通道测量雷达发射机射频脉冲序列起伏的新的测量系统，并对此系统进行了理论分析。
This paper introduces a new system for measuring the fluctuation of radar RF pulse series by using IF quadrature dual channel, and gives theoretic analysis of this system.
基于零波面理论，利用超声测距原理，介绍了3点定面测量船舶升沉位移的方法，设计了一种新型深海采矿船升沉信号采集系统。
Based on the theory of Zero-wave plane and the theory of Ultrasonic distance-measurement, introduces the ways how to measure the ship heaving signal according to the rule of 3-point forming a plane.
从理论上分析了测量对浮标的要求，讨论了目前使用的几种浮标的优缺点，提出了一种灵敏度较高的浮标设计思想。
The desired float for bed accurate measurement is theoretically analyzed and the shortages and advantages of conventional floats currently used are discussed in the paper.
为了解决近场场强的测量，作者在对近场辐射测量理论分析基础上，研制了一种近场辐射测量装置。
Based on the theoretical analysis of the near field radiation measurement, we designed a device for measuring its strength.
本文在现有的散斑理论基础上，提出了一种利用激光散斑实时测量目标散射面角振动的新方法。
Based on the theory of laser speckle, a new method to measure the angular vibration of object by the laser speckle is suggested in this thesis.
在对气动测量进行理论分析的基础上，研制出一种差动式新型气动量仪。
On the basis of theoretical analysis on pneumatic measuring instruments, a new type of pneumatic instrument is introduced.
本文综合前向小角光散理论及消光原理，提出一种测量粉尘平均粒径及粉尘浓度的光学方法。
This paper presents a method of measuring the particle mean size and dust concentration by small angle near forward light scattering optics and the extinction theory.
基于图像相关分析理论提出了一种新的补零相关分析算法以确定不同数字图像上的相关标记点，其测量精度可达亚像素量级。
A zero-padding algorithm based on correlation-based image analysis theory with the accuracy of sub-pixel class was presented to determine the benchmarks in different digital images.
介绍了一种新的弯道放线测量方式“偏角一新切线法”，并论证了其理论上的正确性。
A new measurement of line arrangement for river bend — deflection-tangent is presented, and its theoretical correctness is proved.
从理论分析入手，提出一种测量生理仪器或其内部单元电路线性度的新方法。
Based on theoretic analysis, a new method for measuring linearity of physiological instrument and its inner unit circuits is provided.
分析了电梯能耗的组成及其特点，提出了一种新的基于实验测量和理论推算的计算电梯能耗的方法。
The paper analyzes composition and characteristics of elevator energy consumption, and proposes a new energy consumption calculation method based on test measurement and theoretical calculation.
本文在对气动测量进行理论分析的基础上，研制出一种新型气动量仪。
On the basis of theoretical analysis on the pneumatic measurement, a new type of pneumatic measuring instrument was developed.
本论文在第二部分从不同方面详细介绍了反射式光强调制型光纤加速度计的基础理论，并由此提出了一种新型的加速度计测量方案。
In second part of this paper, base theory of the fiber optic accelerometer is presented in details, according to the principle of reflective intensity modulations new experimental scheme is described.
提出一种用于磁刺激场测量的新型点磁场测量传惑器的设计，并从理论上加以论证。
A design of a new magnetic sensor for measuring point values of magnetic induction of stimulating fields was suggested and theoretically confirmed.
介绍了工程技术人员在现场条件下，利用所学机械理论知识，对渐开线齿轮的主要参数进行测量和计算的一种方法。
Based on the knowledge of mechanical theory, a way for the field determination and calculation of the main parameters of involutes gears was presented.
依据包对理论，提出一种带宽测量算法，可以解决网络背景流量的干扰问题和首包的排队问题。
The algorithm is effective in resolving the issues of network cross-traffic packets interfered in packet pair and the first packet queue.
着重介绍了活塞环径向压力测量的一种新方法——局部薄壁测量法，并从理论上对这种测定方法进行了分析。
It is focused on a new measuring method called partial-thin-wall method for the radial pressure distribution on a piston ring as well as on the theoretical evaluation of its working principle.
其次，利用IPMP协议的特点，结合现有的网络带宽测量理论，提出了一种新的带宽测量方法。
Second, according to the existing network bandwidth measurement theory, this paper proposes a new methodology for bandwidth measurement using the characteristics of IPMP protocol.
本文介绍了以朗之万的布朗运动模型理论为依据测量超细颗粒布朗运动与粒径关系的一种新方法。
This paper introduces a new method that measures Brownian movement track and particles size of submicron particles according to Langevin s Brownian movement theory.
通过把光学信息理论应用于微弯光纤传感器，用信息量评估测量性能，提出了一种优化系统性能和参数设计的光学信息理论。
The idea based on optics-information theory is applied to study the micro-bend fiber sensor, the concept of information capacity ACTS as the evaluation of the sensing performance.
针对脉冲推力测量过程中所产生的误差，提出了一种基于理论动力学模型的加速度补偿算法。
In studying the pulse measurement, dynamic error is produced, mainly by acceleration. A compensation algorithm for acceleration is advanced based on the theoretical dynamic model.
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