Pais, A.R.D'Souza, J.Reddy, R.M.Hari Krishna, P.2026-02-052011International Journal of Multimedia and Ubiquitous Engineering, 2011, 6, 3, pp. 13-3619750080https://idr.nitk.ac.in/handle/123456789/27127Removal of shadow from Video Object Planes (VOPs) will assist in surveillance applications for comprehensive detection of activities. We have proposed a method for removal of shadows from the VOP. Also noise removal is done using existing methods from the VOP. To authenticate the surveillance VOP, digital watermarking is used. We have proposed digital watermarking using localized Biorthogonal wavelets for VOP. Super-resolved VOP is generated using multi-frame method. Edge model based super resolution method is used to get the better results. Also the effect of digital watermarking is studied for the super-resolved VOP. A number of test cases have been proposed and found out a best method for video surveillance application. Our proposed super resolution (SR) method gives better results than bilinear and bi-cubic methods.Biorthogonal waveletModel-based OPCMulti-frameNoiseNoise removalShadow removalSuper resolutionSuperresolution methodsSurveillance applicationsTest caseVideo object planesVideo-surveillance applicationsVOPWatermarking algorithmsMonitoringSecurity systemsDigital watermarking