登录
首页 » matlab » SRVideo

SRVideo

于 2020-12-10 发布 文件大小:27290KB
0 229
下载积分: 1 下载次数: 206

代码说明:

  用实现视频快速超分辨率的matlab源程序(To achieve super-resolution video using the matlab source code fast)

文件列表:

SpaceTimeKernelRegression_for_Video_Apr2011p
............................................\Examples
............................................\........\Foreman_3DSKRmotioncomp.m,12357,2010-09-23
............................................\........\Foreman_3DSKRmotioncomp02.m,12133,2011-04-05
............................................\........\Foreman_SpaceTimeUpscale_SKR3D.avi,29839872,2008-08-21
............................................\........\Stefan_3DSKRmotioncomp.m,12209,2011-04-05
............................................\........\Stefan_3DSKRmotioncomp02.m,11987,2011-04-05
............................................\........\stefan_SpaceTimeUpscale_SKR3D.avi,32686592,2008-03-16
............................................\KernelRegression3D
............................................\..................\ckr2_gradient1D.p,269,2011-04-05
............................................\..................\ckr2_gradient2D.p,341,2011-04-05
............................................\..................\ckr2_gradient3D.p,418,2011-04-05
............................................\..................\ckr2_motioncomp3D.p,904,2011-04-05
............................................\..................\ckr2_motioncomp3D_5frames.p,924,2011-04-05
............................................\..................\ckr2_motioncomp3D_5frames_new.p,1000,2011-04-05
............................................\..................\ckr2_regular.p,557,2011-04-05
............................................\..................\ckr2_regular3D.p,738,2011-04-05
............................................\..................\skr0L1_motioncomp3D_5frames.p,1117,2011-04-05
............................................\..................\skr2L1_motioncomp3D_5frames.p,1190,2011-04-05
............................................\..................\skr2_motioncomp3D02_9frames.p,1203,2011-04-05
............................................\..................\skr2_motioncomp3D_11frames.p,1230,2011-04-05
............................................\..................\skr2_motioncomp3D_3frames.p,1084,2011-04-05
............................................\..................\skr2_motioncomp3D_5frames.p,1119,2011-04-05
............................................\..................\skr2_motioncomp3D_7frames.p,1160,2011-04-05
............................................\..................\skr2_motioncomp3D_9frames.p,1213,2011-04-05
............................................\..................\skr2_motioncomp3D_9frames_new.p,1159,2011-04-05
............................................\..................\skr2_motioncomp3D_beta.p,1100,2011-04-05
............................................\..................\skr2_regular3D.p,947,2011-04-05
............................................\..................\skr2_regular3D_block.p,992,2011-04-05
............................................\..................\steering3D.p,601,2011-04-05
............................................\..................\steering3Dtr.p,375,2011-04-05
............................................\..................\steering3D_new.p,604,2011-04-05
............................................\MEX
............................................\...\MexComplier_STKR.m,309,2011-04-05
............................................\...\mexCUBE2COL_SLIDING.c,2406,2010-12-18
............................................\...\mexSteering3Dtr_sub.c,6385,2010-12-19
............................................\...\mex_ckr2_motioncomp3D_5frames_sub.c,2852,2010-12-19
............................................\...\mex_conv2verge_sub.c,1588,2010-12-21
............................................\...\mex_ishift2.c,2559,2010-12-21
............................................\...\mex_ishift3.c,5685,2011-04-04
............................................\MotionToolbox_Hiro
............................................\..................\bkr.p,748,2011-04-05
............................................\..................\CKR
............................................\..................\...\beta_linear.p,380,2011-04-05
............................................\..................\...\beta_quad.p,1249,2011-04-05
............................................\..................\...\ckr.p,1076,2011-04-05
............................................\..................\...\convertmv.p,169,2011-04-05
............................................\..................\...\init_bank.p,275,2011-04-05
............................................\..................\...\inv22.p,184,2011-04-05
............................................\..................\...\inv33.p,293,2011-04-05
............................................\..................\conv2bilateral.p,562,2011-04-05
............................................\..................\downsample2.p,94,2011-04-05
............................................\..................\equivalentkernel.p,630,2011-04-05
............................................\..................\GradientKernel.p,354,2011-04-05
............................................\..................\interp2hiro.p,747,2011-04-05
............................................\..................\lpkernel.p,684,2011-04-05
............................................\..................\MotionEstimationHiro.p,296,2011-04-05
............................................\..................\MotionEstimationHiroL1.p,422,2011-04-05
............................................\..................\MotionEstimationHiro_3frames.p,450,2011-04-05
............................................\..................\old
............................................\..................\...\FrameFusionLocalConstant.p,473,2011-04-05
............................................\..................\...\FrameFusionLocalLinear.p,740,2011-04-05
............................................\..................\...\FrameFusionLocalPolynomialEquivalentK.p,484,2011-04-05
............................................\..................\...\FrameFusionLocalQuadratic.p,1694,2011-04-05
............................................\..................\ProgressiveTransMotionHiro.p,329,2011-04-05
............................................\..................\TransMotion8x8BlockHiro.p,685,2011-04-05
............................................\..................\TransMotion8x8BlockHiroL1.p,688,2011-04-05
............................................\..................\TransMotionBlockHiro.p,780,2011-04-05
............................................\..................\TransMotionBlockHiro02.p,757,2011-04-05
............................................\..................\TransMotionBlockHiro_weight.p,721,2011-04-05
............................................\..................\TransMotionHiro.p,326,2011-04-05
............................................\..................\TransMotionNxNBlockHiro.p,716,2011-04-05
............................................\..................\TransMotionNxNBlockHiro02.p,747,2011-04-05
............................................\..................\TransMotionNxNBlockHiro_3frames.p,788,2011-04-05
............................................\..................\TransMotionNxNBlockHiro_3frames_aa.p,818,2011-04-05
............................................\..................\TransMotionNxNBlockHiro_3frames_new.p,742,2011-04-05
............................................\..................\TransNxNBlockMotionDemo.p,395,2011-04-05
............................................\..................\upsample2.p,159,2011-04-05
............................................\README.txt,1023,2011-04-05
............................................\TestVideos
............................................\..........\ForemanCIF30.mat,2387736,2008-08-06
............................................\..........\stefan_cif90.mat,10737600,2008-03-15
............................................\utilities
............................................\.........\ckr2_EquivK.p,379,2011-04-05
............................................\.........\ckr2_EquivK_shift.p,400,2011-04-05
............................................\.........\conv2verge.p,230,2011-04-05
............................................\.........\convertmv.p,169,2011-04-05
............................................\.........\convertmv02.p,167,2011-04-05
............................................\.........\downsample2.p,94,2011-04-05
............................................\.........\downsample3.p,120,2011-04-05
............................................\.........\EdgeMirror.p,158,2011-04-05
............................................\.........\EdgeMirror3D.p,167,2011-04-05
............................................\.........\EdgeMirror3D_2.p,174,2011-04-05
............................................\.........\EdgeMirror3D_3.p,174,2011-04-05
............................................\.........\EdgeMirror3D_4.p,258,2011-04-05
............................................\.........\ExpPowerPSF.p,203,2011-04-05
............................................\.........\ExpPowerPSF3D.p,211,2011-04-05
............................................\.........\imcrop_hiro.p,304,2011-04-05
............................................\.........\ishift2.p,276,2011-04-05
............................................\.........\ishift2fill.p,282,2011-04-05

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • LinearProgram
    在数学中,线性规划 (Linear Programming,简称LP) 问题是目标函数和约束条件都是线性的最优化问题。 线性规划是最优化问题中的重要领域之一。很多运筹学中的实际问题都可以用线性规划来表述。线性规划的某些特殊情况,例如网络流、多商品流量等问题,都被认为非常重要,并有大量对其算法的专门研究。很多其他种类的最优化问题算法都可以分拆成线性规划子问题,然后求得解。在历史上,由线性规划引申出的很多概念,启发了最优化理论的核心概念,诸如“对偶”、“分解”、“凸性”的重要性及其一般化等。同样的,在微观经济学和商业管理领域,线性规划被大量应用于解决收入极大化或生产过程的成本极小化之类的问题。乔治·丹齐格被认为是线性规划之父。 (In mathematics, linear programming (Linear Programming, referred to as LP) problem is the objective function and constraints are linear optimization problem)
    2012-01-04 12:10:48下载
    积分:1
  • 雷达数字接收机正交解调的matlab仿真IQ
    雷达数字接收机正交解调的matlab仿真,波形描述(Radar digital receiver for quadrature demodulation matlab simulation, waveform described)
    2021-04-08 15:49:00下载
    积分:1
  • zhen-xing-fen-jia-fa
    已知地震加速度记录,可以用来求速度的时间历程。(Known seismic acceleration records can be used to time history and speed.)
    2012-09-10 19:58:14下载
    积分:1
  • MDOF123
    base isolate for maseterhsfh
    2014-12-20 00:14:55下载
    积分:1
  • chepaidingweiyuzifugenge
    车牌定位与字符分割、字符识别matlab程序(License plate location and character segmentation, character recognition matlab program)
    2015-04-21 11:28:28下载
    积分:1
  • canoncorr
    说明:  典型相关分析的matlab程序,希望对各位有用(Canonical correlation analysis matlab program you want to be useful)
    2020-11-12 16:49:43下载
    积分:1
  • LMSmatlabdsp
    lms的matlab算法,dsp源程序,包含效果图(lms algorithm matlab, dsp source code, including renderings)
    2013-12-28 11:08:51下载
    积分:1
  • code
    Wireless Sensor Networks (WSNs) are comprised of thousands of sensor nodes, with restricted energy, that cooperate to accomplish a sensing task. Various routing Protocols are designed for transmission in WSNs. In this paper, we proposed a hybrid routing protocol: Zonal-Stable Election Protocol (Z-SEP) for heterogeneous WSNs. In this protocol, some nodes transmit data directly to base station while some use clustering technique to send data to base station as in SEP. We implemented Z-SEP and compared it with traditional Low Energy adaptive clustering hierarchy (LEACH) and SEP. Simulation results showed that Z-SEP enhanced the stability period and throughput than existing protocols like LEACH and SEP.
    2013-12-21 12:15:13下载
    积分:1
  • ecgdetect
    这是用于检测心电信号QRS波的源码用来双正交小波能够实现QRS波形的准确检测(This is used to detect ECG QRS wave source biorthogonal wavelet can be used to achieve accurate detection of QRS waveform)
    2009-03-24 09:10:18下载
    积分:1
  • chineseflag
    中国国旗部分程序,大家可以参考一下,希望大学学习MATLAB之用(this is a matlab program of the chinese flag,Please download carefully)
    2010-10-03 15:21:30下载
    积分:1
  • 696516资源总数
  • 106658会员总数
  • 16今日下载