Description: Surf algorithm is used to realize the calibration of feature points in the first step of video image stabilization, so as to prepare for the subsequent motion estimation.
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SURF
SURF\OpenSurf.m
SURF\SubFunctions
SURF\SubFunctions\FastHessian_BuildDerivative.m
SURF\SubFunctions\FastHessian_ResponseLayer.m
SURF\SubFunctions\FastHessian_buildResponseLayer.m
SURF\SubFunctions\FastHessian_buildResponseMap.m
SURF\SubFunctions\FastHessian_getIpoints.m
SURF\SubFunctions\FastHessian_getLaplacian.m
SURF\SubFunctions\FastHessian_getResponse.m
SURF\SubFunctions\FastHessian_interpolateExtremum.m
SURF\SubFunctions\FastHessian_isExtremum.m
SURF\SubFunctions\IntegralImage_BoxIntegral.m
SURF\SubFunctions\IntegralImage_HaarX.m
SURF\SubFunctions\IntegralImage_HaarY.m
SURF\SubFunctions\IntegralImage_IntegralImage.m
SURF\SubFunctions\PaintSURF.m
SURF\SubFunctions\SurfDescriptor_DecribeInterestPoints.m
SURF\SubFunctions\SurfDescriptor_GetDescriptor.m
SURF\SubFunctions\SurfDescriptor_GetOrientation.m
SURF\TestImages
SURF\TestImages\lena1.png
SURF\TestImages\lena2.png
SURF\TestImages\test.png
SURF\TestImages\testc1.png
SURF\TestImages\testc2.png
SURF\WarpFunctions
SURF\WarpFunctions\affine_warp.m
SURF\example2.m
SURF\example3.m
SURF\license.txt