本文将光学稳象方法抽象为稳象模式，建立起稳象数学模型。
In this paper optical image-stabilization methods are abstracted as image-stabilization modes and the mathematical models for stable images are built.
这不仅使理论数学容易的多了，而且还使经典计算机上数字计算中出现的错误不致于象滚雪球般失去控制。
Not only does this make the theoretical math a lot easier, it keeps the errors incurred doing numerical calculations on classical computers from snowballing out of control.
Panjer说：“那是一个几乎人人你用的非常简单的数学解答。”当你手里拿着榔头，任何东西突然间都看起来象钉子。
"It was a very simple mathematical answer almost anyone could use," Panjer says "And when you've got a hammer, everything suddenly looks like a nail."
在大多数章节有数学要求，不过通常只是初等代数和函数图象，我希望大多数读者对这些要求没有问题。
There is some mathematics in most chapters, but it's usually just elementary algebra and plots of functions, which I expect most readers will be okay with.
这种推导方法虽然所用数学知识较繁，但物理图象清晰。
The derivation is somehow complex in mathematics but quite evident in physics idea.
第三部分分别使用小波分析和数学形态学进行了数字图象边缘检测，并将两者的检测结果进行了对比，得出了各自的适应条件和优劣之处。
The third part USES wavelet analysis and Mathematical Morphology to detect the image edge, and contrasts the two results, we have gotten respective apply condition and good or evil.
假定图象信号的数学期望为零，证明了相关器输出的基本性质。
Suppose the mathematical expectation of image signal is zero, the basic properties of the correlator output are given.
很少有一个概念象函数的概念那样在数学中起如此重要的作用。
Seldom has a single concept played so important a role in mathematics as has the concept of function.
用工程软件MATLAB5.3作为软件平台对系统数学模型进行可视化，以图象的方式分析了液膜阻尼器相关参数对减振效果的影响规律。
The mathematics model of system is expressed by the software named MATLAB5.3, the rule of correlate parameters that influences the effect of Liquid-Film Damper is analyzed visually.
象某些教育专家建议的，用玩娃娃取代难学的古典文学和数学。
Is it our sound and considered judgment that the tougher subjects of the classics and mathematics should be thrown aside, as suggested by some educators, for doll-playing?
数学语言包括文字语言、符号语言和图表(象)语言，具有逻辑性、简约性、精确性、情境性等特点。
Mathematics language includes characters, mathematical signs, charts and images. The language is characterized by logicality, simplicity, accuracy and situation.
这象专业人士的一参考音量一样同样合适，并且读者在初等微积分以外不需要数学知识的更高的水准。
It is equally suitable as a reference volume for professionals, and readers need no higher level of mathematical knowledge beyond elementary calculus.
在数学中，很少有个概念象函数的概念那样，起那么重要的作用的。
Seldom has a single concept played so important a role in mathematics as has the concept of function.
基于严密的数学模型上的软件系统可以完善地评价光学面形和光学系统的象质。
The program system has the capability to completely evaluate an optical surface and sys- tem utilizing a number of sophisticated mathematical techniques.
流域变换是数学形态学中用于图象分割的一种经典方法。
Watershed transform is a classical method of image segmentation in mathematical morphology.
本文用数学形态学的理论，提出了一种新的灰度图象边缘检测算法。
This paper applies mathematical morphology theory to present a new algorithm for grey scale image edge detection.
彩色形态变换作为一种数学形态学方法在彩色空间的延拓，可有效地应用于图象处理、图象编码和目标形状特征提取等。
As an extension of mathematical morphology to color space, the proposed transformation can be efficiently used in color image processing, image encoding and shape features extraction of objects, etc.
在原理部分着重物理图象和物理概念的建立，而避免复杂的数学推导。
Stress is laid on the establishment of the physical concept and image rather than the complicated numerical derivations.
最后在附录中给出了投影图象重建算法的详细数学推导。
Finally, the detail mathematical derivation of the algorithm of the projective image reconstruction was given in the appendix.
提出了基于数学形态学理论来提取图象中的骨架并由骨架重建图象的方法。
In this paper, a method for extract and reconstruction image skeleton based on mathematical morphology is presented.
阐述了数字图象处理技术在射线图象采样、复原、降噪和增强过程中的应用，给出了处理过程的数学模型。
The application of digital image processing technology to sampling, restoring, noise-suppressing and enhancing of X-ray images is described. Mathematical models of the processing are also given.
本文重点研究了数学形态学在二值细胞图象和灰度细胞图象分割处理中的应用。
In this paper, the emphasis is the segmentation application of mathematical morphology to binary cell's image and gray-scale cell's image.
小波变换是一个新兴数学分支，本文利用小波变换的特性研究图象数据压缩方法，以探寻高比例、高质量压缩图象数据的新途径。
The paper, by using the transform characteristic of Wavelet, mainly studies the method for image data compression in order to search for the new way of high proportion, high quality image compression.
当图象的轮廓被提取出来后，插值核的选取要考虑到计算速度和数学精度的要求。
We need to de- sign an interpolation kernel to obtain an acceptable result of reconstruction both in terms of computational speed and mathematical precision.
高中数学新教材中介绍了基本函数图象，如指数函数图象，对数函数图象等。
In the new teaching material of senior maths, it introduces the basic function pictures, such as index number function picture, logarithm function picture etc.
提出了一种基于数学形态学的图象多尺度分析方法。
Presents an mathematical morphology method to implement the multiscale analysis of images.
其次，本文根据数学形态学的知识，利用击中击不中变换原理，采用八方向结构对实现了对数字图象的细化处理。
Secondly, on the basis of morphological, with the principle of transformation between hit and miss, the digital image with thinned is carried out in eight direction frame.
本文通过一例，介绍了一种线性化的数学方法，并结合几何图象的变化，阐明其物理内容，为在实际问题中应用这一数理方法提供参考。
This paper offers an example to illustrate a mathematical method of linearising signals and also interprets its physical meaning by referring to the variance of the geometric …
从分形几何这一数学理论入手，分析了图象数据和分形几何的关系，建立图象的分形几何模型，并通过计算机模拟，实现图象的压缩算法。
Based on the fractal geometry, we discussed the coding method of digital images. And we compressed images by the fractal theory in computer.
从分形几何这一数学理论入手，分析了图象数据和分形几何的关系，建立图象的分形几何模型，并通过计算机模拟，实现图象的压缩算法。
Based on the fractal geometry, we discussed the coding method of digital images. And we compressed images by the fractal theory in computer.
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