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VCWOKAO
- 第4章 图像增强（对比度增强、灰度变换法、直方图修整法、图像平滑、图像锐化、伪彩色和假彩色增强）；-Chapter 4 Image Enhancement (contrast enhancement, the gray-scale transformation, dressing histogram, image smoothing, sharpening, Pseudo-color and false color enhancement);
wavelet transfrom
- this is a very good detection method based on wavelet transformation
ImagePixelAndVer
- 图像像素距离与空间距离变换公式的求解。计算目标运动的速度和对应的像素变化的关系，很有用。-Image pixel distance and spatial distance transformation formula solving. Change of speed for calculating the target motion and the corresponding pixels, very useful.
fvcm
- 聚类_分类中的粒度原理研究论文，关于模糊聚类中的尺度变换。-_ The granularity of category clustering theory research papers on fuzzy clustering of the scale transformation.
kuiizjv
- descr iption:快速傅立叶变换fft matlab代码，实现了matlab命令中的fft,它充分利用了周期性等特点，复杂度大大降低，首先是分别计算一半点（奇偶序列），后一半点没有通过变换，而是通过简单的计算得到，从上面已经计算得到的一半点-descr iption: Fast Fourier Transform fft matlab code that implements matlab command fft, which take full advantage of the cyc
abaqus_nxyz
- 从ansys到abaqus的模型转换，将各个节点的坐标输出-Model transformation from ansys to abaqus
Vector-control
- 一篇矩阵变换矢量控制的论文，内容不少很详细，请认真阅读。-A matrix transformation vector control papers, many very detailed, carefully read.
2012-OSGPOSGEArth-report
- 此文档是我学习OSG做的技术总结报告，详细讲解了OSG、OSGearth的编译，开发，osg原理，视点变换矩阵、全球地形解决方案等。-This document is do I learn OSG technical summary report, a detailed account of OSG, compiled OSGearth, development, osg principle viewpoint transformation matrix, the global terrain
bowring
- Bowring Transformation Method
different-transformation
- all transformation park clark park inv clark inv
79207018shuxuexingtaixue
- 腐蚀和膨胀是数学形态学最基本的变换，数学形态学的应用几乎覆盖了图像处理的所有领域，给出利用数学形态学对图像处理的一些运算。 -Corrosion and expansion is the most basic mathematical morphology transformation, the application of mathematical morphology is almost covered all areas of the image processing, is g
assessment_Ms_models
- 如何开发马氏体相变转变温度计算程序，国外珍贵文档-How to develop martensite transformation temperature calculation program, foreign precious documents
SVPWM
- 介绍了交流调速及其相关技术的发展现状和发展趋势，以及交流调速系统的主要控制策略。选用工业变频器用异步电机作为研究对象，利用坐标变换理论，分析了异步电机在三相静止坐标系、两相静止与旋转坐标下的电机基本数学模型及其矢量控制原理。-The present situation and development trend of AC speed control and its related technology are introduced, and the main control strategie