文件名称:flow_code

  • 所属分类:
  • matlab例程
  • 资源属性:
  • [Matlab] [源码]
  • 上传时间:
  • 2012-11-26
  • 文件大小:
  • 2.48mb
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  • 0次
  • 提 供 者:
  • Aa***
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sift flow, a new method for decribing the images, it could be applied for many applications
相关搜索: sift
flow
flow
sift

(系统自动生成,下载前可以参看下载内容)

下载文件列表

flow_code\@alt_ba_optical_flow\alt_ba_optical_flow.m

.........\....................\compute_flow.m

.........\....................\compute_flow_base.m

.........\....................\display.m

.........\....................\evalaute_new_log_posterior.m

.........\....................\evaluate_log_posterior.m

.........\....................\flow_operator.m

.........\....................\parse_input_parameter.m

.........\....................\private

.........\....................\subsasgn.m

.........\....................\subsref.m

.........\.ba_optical_flow\ba_optical_flow.m

.........\................\compute_flow.m

.........\................\compute_flow_base.m

.........\................\display.m

.........\................\estimate_flow_gradient_ascent.m

.........\................\evaluate_log_posterior.m

.........\................\evaluate_log_posterior_grad.m

.........\................\evaluate_log_posterior_grad_test.m

.........\................\flow_operator.m

.........\................\flow_operator_test.m

.........\................\parse_input_parameter.m

.........\................\private

.........\................\subsasgn.m

.........\................\subsref.m

.........\.classic_nl_optical_flow\classic_nl_optical_flow.m

.........\........................\compute_flow.m

.........\........................\compute_flow_base.m

.........\........................\display.m

.........\........................\evalaute_wa_log_posterior.m

.........\........................\evaluate_log_posterior.m

.........\........................\flow_operator.m

.........\........................\parse_input_parameter.m

.........\........................\private

.........\........................\subsasgn.m

.........\........................\subsref.m

.........\.hs_optical_flow\compute_flow.m

.........\................\compute_flow_base.m

.........\................\compute_flow_increment_cgd.m

.........\................\display.m

.........\................\evaluate_log_posterior.m

.........\................\evaluate_log_posterior_grad.m

.........\................\flow_operator.m

.........\................\hs_optical_flow.m

.........\................\parse_input_parameter.m

.........\................\private

.........\................\subsasgn.m

.........\................\subsref.m

.........\data\other-data\RubberWhale\frame10.png

.........\....\..........\...........\frame11.png

.........\....\......gt-flow\RubberWhale\flow10.flo

.........\estimate_flow_demo.m

.........\estimate_flow_interface.m

.........\load_of_method.m

.........\readme.pdf

.........\utils\@robust_function\deriv.m

.........\.....\................\deriv_over_x.m

.........\.....\................\display.m

.........\.....\................\evaluate.m

.........\.....\................\evaluate_log.m

.........\.....\................\private\charbonnier.m

.........\.....\................\.......\gaussian.m

.........\.....\................\.......\geman_mcclure.m

.........\.....\................\.......\generalized_charbonnier.m

.........\.....\................\.......\huber.m

.........\.....\................\.......\lorentzian.m

.........\.....\................\.......\mixture.m

.........\.....\................\.......\quadratic.m

.........\.....\................\.......\spline.m

.........\.....\................\.......\tdist.m

.........\.....\................\.......\tdist_unnorm.m

.........\.....\................\.......\tukey.m

.........\.....\................\robust_function.m

.........\.....\................\subsasgn.m

.........\.....\................\subsref.m

.........\.....\compute_conv2_valid_mask.m

.........\.....\compute_image_pyramid.m

.........\.....\compute_image_pyramid2.m

.........\.....\convmtxn.m

.........\.....\denoise_color_weighted_medfilt2.m

.........\.....\denoise_LO.m

.........\.....\denoise_robust2.m

.........\.....\detect_occlusion.m

.........\.....\.ownloaded\copyright.txt

.........\.....\..........\getversion.m

.........\.....\..........\Lab2RGB.m

.........\.....\..........\license.txt

.........\.....\..........\RGB2Lab.m

.........\.....\evaluate_weigh

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