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Description: 用matlab检测直线，圆。椭圆的程序，对直线程序进行了改进，采用随机霍夫变换
＆由粗到细的检测方式检测，效果好-detection using Matlab straight round. Elliptic procedures, the procedures for linear improvement, randomized Hough Transform & by coarse-to-fine detection methods for detection, effective
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Size: 149311 |
Author: 陈国栋 |
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Description: 针对有限差分问题中的均匀网格技术存在的弊端提出了变网格技术,并提出了区分粗细网格的假设与原则,给出了区分粗细网格在算法上实现的流程图。-problems against the finite difference uniform grid of the disadvantages of variable grid. and made a distinction between coarse and fine mesh assumptions and principles, is a distinction between the coarse and fine mesh algorithm to achieve the flowchart.
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Size: 49880 |
Author: chen ru |
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Description: Coarse-to-Fine Wedgelet and Platelet Image Reconstruction，图象重构matlab源码,老外编写的，对图像的重建有帮助
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Size: 73717 |
Author: shiaiye |
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Description: The motion within an image region is modeled using an affine transformation. Affine motion parameters are estimated using a coarse-to-fine gradient-based method. The approach is implemented using a robust M-estimation technique to make the computation insensitive to outliers which result from multiple motions. The approach estimates a dominant motion in the scene and detects points which are not moving consistently with the dominant motion. Additional motions are optionally estimated using these outliers.
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Size: 481313 |
Author: 高维松 |
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Description: 用matlab检测直线，圆。椭圆的程序，对直线程序进行了改进，采用随机霍夫变换
＆由粗到细的检测方式检测，效果好-detection using Matlab straight round. Elliptic procedures, the procedures for linear improvement, randomized Hough Transform & by coarse-to-fine detection methods for detection, effective
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Size: 149504 |
Author: |
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Description: 针对有限差分问题中的均匀网格技术存在的弊端提出了变网格技术,并提出了区分粗细网格的假设与原则,给出了区分粗细网格在算法上实现的流程图。-problems against the finite difference uniform grid of the disadvantages of variable grid. and made a distinction between coarse and fine mesh assumptions and principles, is a distinction between the coarse and fine mesh algorithm to achieve the flowchart.
Platform: |
Size: 49152 |
Author: chen ru |
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Description: 本文：采用了FPGA方法来模拟高动态(Global Position System GPS)信号源中的C／A码产生器。C／A码在GPS中实现分址、卫星信号粗捕和精码(P码)引导捕获起着重要的作用，通过硬件描述语言VERILOG在ISE中实现电路生成，采用MODELSIM、SYNPLIFY工具分别进行仿真和综合。-This article: FPGA method used to simulate the high dynamic (Global Position System GPS) signal source of the C/A code generator. C/A code in GPS to achieve sub-sites, the satellite signal capture coarse and fine code (P code) lead capture plays an important role, through hardware description language Verilog in ISE to achieve circuit to generate, using MODELSIM, SYNPLIFY simulation tools were and integrated.
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Size: 163840 |
Author: xiaozhu |
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Description: matlab金字塔算法工具箱-pyramid algorithm matlab toolbox
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Size: 1215488 |
Author: lee |
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Description: Coarse-to-Fine Wedgelet and Platelet Image Reconstruction，图象重构matlab源码,老外编写的，对图像的重建有帮助-Coarse-to-Fine Wedgelet and Platelet Image Reconstruction, Image Reconstruction matlab source, foreigners prepared for the reconstruction of the image has to help
Platform: |
Size: 73728 |
Author: shiaiye |
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Description: 基于HIS空间的彩色烟雾图像分割算法，包含粗分，细分割与连通域提取-HIS color space based on image segmentation algorithm smoke contains coarse points, fine segmentation and connected domain extraction
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Size: 4096 |
Author: 蓝云 |
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Description: 基于距离变换的多尺度连通骨架算法,本文提出一种新型骨架算法 ,在图形内根据距
离变换的约束 ,由骨架种子点开始以单像素宽度逐点生长出各骨架分支 ,逐点生长保证了连通性.实验证明该算法
的骨架生长过程是骨架由粗到精的演变过程 ,能够方便地实现骨架的多尺度控制.-Distance transform based on multi-scale skeleton connectivity algorithm, this paper presents a new type of skeleton algorithm based on distance transform graphics bound by the skeleton seed point to a single pixel width of the start point by point to the growth of the skeleton branches, point by point to the growth of guaranteed connectivity sexual. Experiments prove that the algorithm is the skeleton skeleton growth process by the evolution of coarse-to-fine process, the ability to easily achieve multi-scale control of the skeleton.
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Size: 529408 |
Author: 格 |
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Description: 关于图像分割方法的英文文献。分别对多尺度扩散方法，多层分级方法、特征提取和自组织神经网络方法的图像分割方法进行介绍。-image Segmentation using Coarse and Fine Scale Features Using Multi-scale Diffusion and Mumford-Shah， a multilayer level-set approach，Feature extraction and image segmentation using self-organizing network
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Size: 4556800 |
Author: zhang |
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Description: 基于金字塔对灰度图像进行分层，按由粗到精的方法对左右航片进行特征提取，根据特征点对影像对进行影像匹配！-Based on the Pyramid of the stratified gray-scale images, according to the coarse-to-fine method of flight films about feature extraction, according to feature points on the image to image matching on!
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Size: 116736 |
Author: 周金强 |
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Description: 针对可见光与红外图像的特点和难点，提出了可见光与红外图像配准与融合中的关键技术，即:
使用新型的基于一维最大类间方差和最大连通性测量的图像分割方法对源图像进行分割来更好地实行图像粗
配准 使用新型的特征点提取方法，特征点的匹配及误匹配的消除来更好地实行图像精配准 采用新型的基
于区域的树状小波活性测度计算来实现树状小波图像融合 利用自生成神经网络来实现模栩图像融合.
-For visible light and infrared images of the characteristics and difficulties, a visual and infrared image registration and integration of key technologies, namely: the use of new one-dimensional based on the largest variance between-class connectivity and the largest measuring method of image segmentation source image segmentation to better implementation of coarse image registration the use of a new type of feature point extraction method, feature points of the match and the elimination of false matches to better the implementation of image fine registration the use of new tree-based wavelet calculated to measure the achievement of the activity tree wavelet image fusion the use of self-generating neural network to achieve image fusion Xu mode.
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Size: 482304 |
Author: 媛媛 |
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Description: ArcObjects包含了大量的可编程组件，从细粒度的对象到粗粒度的对象，涉及面极广，这些对象为开发者集成了全面的GIS功能-ArcObjects includes a large number of programmable components, from the fine-grained to coarse-grained object of the target and covers a wide range, these objects are integrated to develop a comprehensive GIS functionality
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Size: 1453056 |
Author: ef |
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Description: This a JPEG encoding & decoding program of still image. It does not use level shifting. Discrete Cosine transform (DCT) is performed both by classical & Chen s Flowgraph methods. Predefined JPEG quantization array & zigzag order are used here. RUN - LEVEL coding is used instead of Huffman coding. Compression ratio is compared for each DCT method. Effect of coarse and fine quantization is also examined. The execution time of 2 DCT methods is also checked. In addition, most energatic DCT coefficients are also applied to examine the effect in MatLab 7.4.0 R2007a. Input is 9 gray scale pictures & output is 9*9=81 pictures to compare. Blocking effect is obvious.
-This is a JPEG encoding & decoding program of still image. It does not use level shifting. Discrete Cosine transform (DCT) is performed both by classical & Chen s Flowgraph methods. Predefined JPEG quantization array & zigzag order are used here. RUN - LEVEL coding is used instead of Huffman coding. Compression ratio is compared for each DCT method. Effect of coarse and fine quantization is also examined. The execution time of 2 DCT methods is also checked. In addition, most energatic DCT coefficients are also applied to examine the effect in MatLab 7.4.0 R2007a. Input is 9 gray scale pictures & output is 9*9=81 pictures to compare. Blocking effect is obvious.
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Size: 1024 |
Author: Ho Joon Lee |
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Description: This a JPEG encoding & decoding program of still image. It does not use level shifting. Discrete Cosine transform (DCT) is performed both by classical & Chen s Flowgraph methods. Predefined JPEG quantization array & zigzag order are used here. RUN - LEVEL coding is used instead of Huffman coding. Compression ratio is compared for each DCT method. Effect of coarse and fine quantization is also examined. The execution time of 2 DCT methods is also checked. In addition, most energatic DCT coefficients are also applied to examine the effect in MatLab 7.4.0 R2007a. Input is 9 gray scale pictures & output is 9*9=81 pictures to compare. Blocking effect is obvious.
-This is a JPEG encoding & decoding program of still image. It does not use level shifting. Discrete Cosine transform (DCT) is performed both by classical & Chen s Flowgraph methods. Predefined JPEG quantization array & zigzag order are used here. RUN - LEVEL coding is used instead of Huffman coding. Compression ratio is compared for each DCT method. Effect of coarse and fine quantization is also examined. The execution time of 2 DCT methods is also checked. In addition, most energatic DCT coefficients are also applied to examine the effect in MatLab 7.4.0 R2007a. Input is 9 gray scale pictures & output is 9*9=81 pictures to compare. Blocking effect is obvious.
Platform: |
Size: 3072 |
Author: Ho Joon Lee |
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Description: This a JPEG encoding & decoding program of still image. It does not use level shifting. Discrete Cosine transform (DCT) is performed both by classical & Chen s Flowgraph methods. Predefined JPEG quantization array & zigzag order are used here. RUN - LEVEL coding is used instead of Huffman coding. Compression ratio is compared for each DCT method. Effect of coarse and fine quantization is also examined. The execution time of 2 DCT methods is also checked. In addition, most energatic DCT coefficients are also applied to examine the effect in MatLab 7.4.0 R2007a. Input is 9 gray scale pictures & output is 9*9=81 pictures to compare. Blocking effect is obvious.
-This is a JPEG encoding & decoding program of still image. It does not use level shifting. Discrete Cosine transform (DCT) is performed both by classical & Chen s Flowgraph methods. Predefined JPEG quantization array & zigzag order are used here. RUN - LEVEL coding is used instead of Huffman coding. Compression ratio is compared for each DCT method. Effect of coarse and fine quantization is also examined. The execution time of 2 DCT methods is also checked. In addition, most energatic DCT coefficients are also applied to examine the effect in MatLab 7.4.0 R2007a. Input is 9 gray scale pictures & output is 9*9=81 pictures to compare. Blocking effect is obvious.
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Size: 128000 |
Author: Ho Joon Lee |
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Description: 实验室流传下来的用于图像处理的一些基本函数，mfc界面，粗精匹配-Laboratory have been handed down for some basic image processing functions, mfc interface, coarse and fine matching
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Size: 9041920 |
Author: delysia |
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Description: Visual Tracking via Coarse and Fine Structural
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Size: 880640 |
Author: robin |
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