Video Super-Resolution Using Simultaneous Motion and Intensity Calculations - Keller, S H; Lauze, F; Nielsen, M (IEEE transactions on image processing, 2011)
Keywords: Algorithms; Applied sciences; Byproducts; Calculus of variations; Dealing; Detection, estimation, filtering, equalization, prediction; Exact sciences and technology; Image processing; Image sequences; Information, signal and communications theory; Interpolation; Mathematical analysis; Motion compensation; motion super-resolution; Optical imaging; Partial differential equations; partial differential equations (PDEs); Signal and communications theory; Signal processing; Signal resolution; Signal, noise; Spatial resolution; Spatiotemporal phenomena; Studies; super-resolution; Telecommunications and information theory; variational methods; video processing; video upscaling; Performance evaluation; video upscaling; Parameter estimation; High resolution; Upconversion; Motion estimation; Variational methods; Image processing; Superresolution; motion super-resolution; super-resolution; Signal estimation; Displacement field; Algorithm; Flow field; Partial differential equation; Video signal processing; video processing; Joint detection; Image sequence; partial differential equations (PDEs); Signal processing; Motion compensation; Optical flow