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cvlib_mex is a collection (over two dozens) of matlab callable routines from the the OpenCV library (www.intel.com/research/mrl/research/opencv/). OpenCV is a real time computer vision library with many image processing capabilities and it is amazingly fast as well as economic. To get a list of all available functions run cvlib_mex without any arguments, e.g: cvlib_mex Dedicated (short) help on each function is obtained by runing cvlib_mex('funname'), eg: cvlib_mex('resize') A longer help (but often still too short) may be obtained by consulting the OpenCV manual pages. To run this mex you probably need the to have all the dlls in the same directory. Example 1: let IMG be a MxNx3 uint8 image. imr = cvlib_mex('resize',IMG,3.4); will resize the image, using a bilinear interpolation, to 3.4 times the original size. Example 2: let A and B be MxN single arrays. C = cvlib_mex('mul',A,B); will do a per-element multiplication of A and B, or a C = A .* B and cvlib_mex('mul',A,B); will do the same but in-place, storing the result in A.
Date : 2010-12-03 Size : 651.96kb User : shshlzh

cvlib_mex is a collection (over two dozens) of matlab callable routines from the the OpenCV library (www.intel.com/research/mrl/research/opencv/). OpenCV is a real time computer vision library with many image processing capabilities and it is amazingly fast as well as economic. To get a list of all available functions run cvlib_mex without any arguments, e.g: cvlib_mex Dedicated (short) help on each function is obtained by runing cvlib_mex('funname'), eg: cvlib_mex('resize') A longer help (but often still too short) may be obtained by consulting the OpenCV manual pages. To run this mex you probably need the to have all the dlls in the same directory. Example 1: let IMG be a MxNx3 uint8 image. imr = cvlib_mex('resize',IMG,3.4); will resize the image, using a bilinear interpolation, to 3.4 times the original size. Example 2: let A and B be MxN single arrays. C = cvlib_mex('mul',A,B); will do a per-element multiplication of A and B, or a C = A .* B and cvlib_mex('mul',A,B); will do the same but in-place, storing the result in A.
Date : 2010-12-03 Size : 826.12kb User : shshlzh

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双线性插值算法的实现-bilinear interpolation algorithm implementation
Date : 2025-12-23 Size : 550kb User : 郭国

Filter design using Hamming window Filter Design using Kaiser window Filter design using Bilinear Transformation of butterworth filter
Date : 2025-12-23 Size : 38kb User : devesh

matlab各种插值算法应用实例,包括:拉格朗日插值、艾特肯插值法、牛顿插值法、 高斯插值法、 埃尔米特插值法、 分段埃尔米特插值法、样条插值、有理分式插值法、分片双线性插值、二元三点拉格朗日插值及分片双三次埃尔米特插值-a variety of interpolation algorithm matlab application examples include: Lagrange interpolation, Aitken interpolation, Newton interpolation, Gauss interpolation, Hermite interpolation, sub-Hermite interpolation, spline interpolation, rational fraction interpolation piecewise bilinear interpolation, dual three-point Lagrange interpolation and piecewise bi-cubic Hermite interpolation, etc.
Date : 2025-12-23 Size : 10kb User :

地震勘探中常用的marmousi模型,用matlab绘出的原始图像,用线性插值,领近插值,双线性插值等多种差值方法来对marmousi模型进行处理-Marmousi commonly used in seismic exploration model of the original image using matlab plot, using linear interpolation, brought nearly interpolation, bilinear interpolation method for a variety of difference to be processed for marmousi model
Date : 2025-12-23 Size : 18kb User : 胡勇

基于双线性基本原理编写的matlab程序,来处理marmousi模型,虽然运行速度慢了点,但是可以从根本上了解插值原理。-Based on the basic principle of the bilinear matlab written procedures to handle marmousi model, although the speed slow, but you can learn from the fundamental principle of interpolation.
Date : 2025-12-23 Size : 18kb User : 胡勇

使用双线性滞回模型的单自由度 弹塑性时程分析,MATLAB编程(Single degree of freedom elastoplastic time history analysis using bilinear hysteretic model, MATLAB programming)
Date : 2025-12-23 Size : 1kb User : 乔治de账号
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