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SEO report with information and free domain appraisal for ipol.im. It is a domain hosted in . Its server is hosted on IP 92.243.17.137. The domain is ranked at the number 1103429 as a world ranking of web pages. According to estimated data we have access to potential gains of this site are 55 dollars per month. In annual terms, the domain ipol.im could be earning more than 662 dollars. If someone wanted to buy the domain a good selling price would be 6622 dollars.
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- Total Links: Anchor textTypeLinkIPOL Journal · Image Processing On Linefollowhttps://www.ipol.im/HOMEfollowhttps://www.ipol.im/ABOUTfollowhttps://www.ipol.im/meta/ARTICLESfollowhttps://www.ipol.im/pub/art/PREPRINTSfollowhttps://www.ipol.im/pub/pre/WORKSHOPSfollowhttp://dev.ipol.im/ws/NEWSfollowhttps://www.ipol.im/news/Editorial Policyfollow./meta/policy/Editorial Boardfollow./meta/board/Submit an Articlefollow./meta/submission/Follow IPOLfollow./meta/feeds/Indexfollow./pub/Articlesfollow./pub/art/2011follow./pub/art/2011/2012follow./pub/art/2012/2013follow./pub/art/2013/2014follow./pub/art/2014/2015follow./pub/art/2015/2016follow./pub/art/2016/2017follow./pub/art/2017/2018follow./pub/art/2018/2019follow./pub/art/2019/2020follow./pub/art/2020/2021follow./pub/art/2021/Preprintsfollow./pub/pre/Newsfollow./news/Citation scorefollowhttps://scholar.google.fr/citations?user=LFdvV4YAAAAJImage Forgeries Detection through Mosaic Analysis: the Intermediate Values Algorithmfollow./pub/art/2021/355/Exploring Patch Similarity in an Imagefollow./pub/art/2021/325/A Mathematical Analysis and Implementation of Residual Interpolation Demosaicking Algorithmsfollow./pub/art/2021/358/Ground Visibility in Satellite Optical Time Series Based on A Contrario Local Image Matchingfollow./pub/art/2021/342/The Portilla-Simoncelli Texture Model: towards Understanding the Early Visual Cortexfollow./pub/art/2021/324/An Analysis and Implementation of the HDR+ Burst Denoising Methodfollow./pub/art/2021/336/Special Issue on Discrete Geometry (DGCI 2011)follow#index.series-dgci1116th IAPR International Conferenceon Discrete Geometry for Computer Imageryfollowhttp://dgci2011.loria.fr/Digital Level Layers for Digital Curve Decomposition and Vectorizationfollow./pub/art/2014/67/A Near-Linear Time Guaranteed Algorithm for Digital CurveSimplification Under the Fréchet Distancefollow./pub/art/2014/70/Meaningful Scales Detection: an Unsupervised Noise Detection Algorithm for Digital Contoursfollow./pub/art/2014/75/Interactive Segmentation Based on Component-treesfollow./pub/art/2014/71/SIIMS Companion Papersfollow#index.series-siimsA Contrario Detection of Faces with a Short Cascade of Classifiersfollow./pub/art/2019/272/Local Region Expansion: a Method for Analyzing and Refining Image Matchesfollow./pub/art/2017/154/Comparison of Motion Smoothing Strategies for Video Stabilization using Parametric Modelsfollow./pub/art/2017/209/Multi-Scale DCT Denoisingfollow./pub/art/2017/201/An Algorithm for Gaussian Texture Inpaintingfollow./pub/art/2017/198/Cradle Removal in X-Ray Images of Panel Paintingsfollow./pub/art/2017/174/An Iterative Optimization Algorithm for Lens Distortion Correction Using Two-Parameter Modelsfollow./pub/art/2016/130/PARIGI: a Patch-based Approach to Remove Impulse-Gaussian Noise from Imagesfollow./pub/art/2016/161/On the Implementation of Collaborative TV Regularization: Application to Cartoon+Texture Decompositionfollow./pub/art/2016/141/The Flutter Shutter Code Calculatorfollow./pub/art/2015/108/Obtaining High Quality Photographs of Paintings by Image Fusionfollow./pub/art/2015/49/Implementation of Nonlocal Pansharpening Image Fusionfollow./pub/art/2014/98/Recovering the Subpixel PSF from Two Photographs at Different Distancesfollow./pub/art/2013/77/The Implementation of SURE Guided Piecewise Linear Image Denoisingfollow./pub/art/2013/52/Implementation of the "Non-Local Bayes" (NL-Bayes) Image Denoising Algorithmfollow./pub/art/2013/16/Image Interpolation with Geometric Contour Stencilsfollow./pub/art/2011/g_igcs/Special Issue SARS-CoV-2follow#index.series-covid19A Daily Measure of the SARS-CoV-2 Effective Reproduction Number for all Countriesfollow./pub/art/2020/304/SEAIR Framework Accounting for a Personalized Risk Prediction Score: Application to the Covid-19 Epidemicfollow./pub/art/2020/305/Enhancement & Restorationfollow#index.toptopic-enhancementBlurfollow#tag-toptopic-enhancement.topic-blurBlind Image Deblurring using the l0 Gradient Priorfollow./pub/art/2019/243/Estimating an Image"s Blur Kernel Using Natural Image Statistics, and Deblurring it: An Analysis of the Goldstein-Fattal Methodfollow./pub/art/2018/211/Implementation of Local Fourier Burst Accumulation for Video Deblurringfollow./pub/art/2017/197/Computing an Exact Gaussian Scale-Spacefollow./pub/art/2016/117/A Survey of Gaussian Convolution Algorithmsfollow./pub/art/2013/87/Recovering the Subpixel PSF from Two Photographs at Different Distancesfollow./pub/art/2013/77/Total Variation Deconvolution using Split Bregmanfollow./pub/art/2012/g-tvdc/Non-parametric Sub-pixel Local Point Spread Function Estimationfollow./pub/art/2012/admm-nppsf/Cross-comparison of the Performance of Sequential Summed Area Table and Box Filter Algorithms with respect to C/C++ Compilersfollow./pub/pre/268/Color and Contrastfollow#tag-toptopic-enhancement.topic-colorAutomatic 1D Histogram Segmentation and Application to the Computation of Color Palettesfollow./pub/art/2021/344/Local Contrast Enhancement based on Adaptive Logarithmic Mappingsfollow./pub/art/2020/300/Simulated Exposure Fusionfollow./pub/art/2019/279/Extended Exposure Fusionfollow./pub/art/2019/278/An Analysis and Implementation of the Shape Preserving Local Histogram Modification Algorithmfollow./pub/art/2018/236/An Implementation of the Exposure Fusion Algorithmfollow./pub/art/2018/230/Midway Video Equalizationfollow./pub/art/2017/181/Implementation of the Midway Image Equalizationfollow./pub/art/2016/140/An Algorithmic Analysis of Variational Models for Perceptual Local Contrast Enhancementfollow./pub/art/2015/131/Multiscale Retinexfollow./pub/art/2014/107/Screened Poisson Equation for Image Contrast Enhancementfollow./pub/art/2014/84/Selective Contrast Adjustment by Poisson Equationfollow./pub/art/2013/41/Automatic Color Enhancement (ACE) and its Fast Implementationfollow./pub/art/2012/g-ace/Color and Contrast Enhancement by Controlled Piecewise Affine Histogram Equalizationfollow./pub/art/2012/lps-pae/Simplest Color Balancefollow./pub/art/2011/llmps-scb/Local Color Correctionfollow./pub/art/2011/gl_lcc/Image Color Cube Dimensional Filtering and Visualizationfollow./pub/art/2011/blm-cdf/Retinex Poisson Equation: a Model for Color Perceptionfollow./pub/art/2011/lmps_rpe/Denoisingfollow#tag-toptopic-enhancement.topic-denoisingAn Analysis and Implementation of the HDR+ Burst Denoising Methodfollow./pub/art/2021/336/Implementation of a Denoising Algorithm Based on High-Order Singular Value Decomposition of Tensorsfollow./pub/art/2019/226/An Analysis and Implementation of the FFDNet Image Denoising Methodfollow./pub/art/2019/231/EPLL: An Image Denoising Method Using a Gaussian Mixture Model Learned on a Large Set of Patchesfollow./pub/art/2018/242/Video Denoising with Optical Flow Estimationfollow./pub/art/2018/224/Multi-Scale DCT Denoisingfollow./pub/art/2017/201/A Fast Approximation of the Bilateral Filter using the Discrete Fourier Transformfollow./pub/art/2017/184/Data Adaptive Dual Domain Denoising: a Method toBoost State of the Art Denoising Algorithmsfollow./pub/art/2017/203/Analysis and Extension of the PCA Method, Estimating a Noise Curve from a Single Imagefollow./pub/art/2016/124/PARIGI: a Patch-based Approach to Remove Impulse-Gaussian Noise from Imagesfollow./pub/art/2016/161/On the Implementation of Collaborative TV Regularization: Application to Cartoon+Texture Decompositionfollow./pub/art/2016/141/Small Neural Networks can Denoise Image Textures Well: a Useful Complement to BM3Dfollow./pub/art/2016/150/Automatic Detection and Removal of Impulsive Noise in Audio Signalsfollow./pub/art/2015/64/The Noise Clinic: a Blind Image Denoising Algorithmfollow./pub/art/2015/125/Parameter-Free Fast Pixelwise Non-Local Means Denoisingfollow./pub/art/2014/120/An Analysis and Improvement of the BLS-GSM Denoising Methodfollow./pub/art/2014/86/Analysis and Extension of the Percentile Method, Estimating a Noise Curve from a Single Imagefollow./pub/art/2013/90/Chambolle"s Projection Algorithm for Total Variation Denoisingfollow./pub/art/2013/61/Analysis and Extension of the Ponomarenko et al. Method, Estimating a Noise Curve from a Single Imagefollow./pub/art/2013/45/The Implementation of SURE Guided Piecewise Linear Image Denoisingfollow./pub/art/2013/52/Implementation of the "Non-Local Bayes" (NL-Bayes) Image Denoising Algorithmfollow./pub/art/2013/16/An Analysis and Implementation of the BM3D Image Denoising Methodfollow./pub/art/2012/l-bm3d/An Implementation and Detailed Analysis of the K-SVD Image Denoising Algorithmfollow./pub/art/2012/llm-ksvd/Rudin-Osher-Fatemi Total Variation Denoising using Split Bregmanfollow./pub/art/2012/g-tvd/DCT Image Denoising: a Simple and Effective Image Denoising Algorithmfollow./pub/art/2011/ys-dct/Non-Local Means Denoisingfollow./pub/art/2011/bcm_nlm/Demosaickingfollow#tag-toptopic-enhancement.topic-demosaickingA Mathematical Analysis and Implementation of Residual Interpolation Demosaicking Algorithmsfollow./pub/art/2021/358/A Study of Two CNN Demosaicking Algorithmsfollow./pub/art/2019/274/A Demosaicking Algorithm with Adaptive Inter-Channel Correlationfollow./pub/art/2015/145/A Fast C++ Implementation of Neural Network Backpropagation Training Algorithm: Application to Bayesian Optimal Image Demosaicingfollow./pub/art/2015/137/Implementation of Nonlocal Pansharpening Image Fusionfollow./pub/art/2014/98/Image Demosaicking with Contour Stencilsfollow./pub/art/2012/g-dwcs/Gunturk-Altunbasak-Mersereau Alternating Projections Image Demosaickingfollow./pub/art/2011/g_gapd/Zhang-Wu Directional LMMSE Image Demosaickingfollow./pub/art/2011/g_zwld/Self-similarity Driven Demosaickingfollow./pub/art/2011/bcms-ssdd/Imagingfollow#index.toptopic-imagingCalibrationfollow#tag-toptopic-imaging.topic-calibrationAn Iterative Optimization Algorithm for Lens Distortion Correction Using Two-Parameter Modelsfollow./pub/art/2016/130/Automatic Lens Distortion Correction Using One-Parameter Division Modelsfollow./pub/art/2014/106/Recovering the Subpixel PSF from Two Photographs at Different Distancesfollow./pub/art/2013/77/Non-parametric Sub-pixel Local Point Spread Function Estimationfollow./pub/art/2012/admm-nppsf/Algebraic Lens Distortion Model Estimationfollow./pub/art/2011/ags-alde/Computational Photographyfollow#tag-toptopic-imaging.topic-compphotoExtended Exposure Fusionfollow./pub/art/2019/278/An Implementation of the Exposure Fusion Algorithmfollow./pub/art/2018/230/Structural Similarity Metrics for Quality Image Fusion Assessment: Algorithmsfollow./pub/art/2018/196/Robust Phase Retrieval with the Swept Approximate Message Passing (prSAMP) Algorithmfollow./pub/art/2017/178/The Flutter Shutter Code Calculatorfollow./pub/art/2015/108/Obtaining High Quality Photographs of Paintings by Image Fusionfollow./pub/art/2015/49/The Flutter Shutter Camera Simulatorfollow./pub/art/2012/t-fscs/Discrete Geometryfollow#tag-toptopic-imaging.topic-geometryFinding the Skeleton of 2D Shape and Contours: Implementation of Hamilton-Jacobi Skeletonfollow./pub/art/2021/296/A Streaming Distance Transform Algorithm for Neighborhood-Sequence Distancesfollow./pub/art/2014/68/Digital Level Layers for Digital Curve Decomposition and Vectorizationfollow./pub/art/2014/67/A Near-Linear Time Guaranteed Algorithm for Digital CurveSimplification Under the Fréchet Distancefollow./pub/art/2014/70/Meaningful Scales Detection: an Unsupervised Noise Detection Algorithm for Digital Contoursfollow./pub/art/2014/75/Interactive Segmentation Based on Component-treesfollow./pub/art/2014/71/Extraction of Connected Region Boundary in Multidimensional Imagesfollow./pub/art/2014/74/Infraredfollow#tag-toptopic-imaging.topic-infraredNon-uniformity Correction of Infrared Images by Midway Equalizationfollow./pub/art/2012/glmt-mire/Vision Through Turbulencefollow#tag-toptopic-imaging.topic-turbulenceStudy of the Principal Component Analysis Method for the Correction of Images Degraded by Turbulencefollow./pub/art/2018/47/Implementation of the Centroid Method for the Correction of Turbulencefollow./pub/art/2014/105/Mao-Gilles Algorithm for Turbulence Stabilizationfollow./pub/art/2013/46/Computer Graphicsfollow#tag-toptopic-imaging.topic-graphicsAccelerating Monte Carlo Renderers by Ray Histogram Fusionfollow./pub/art/2015/119/Satellite Imagesfollow#tag-toptopic-imaging.topic-satelliteGround Visibility in Satellite Optical Time Series Based on A Contrario Local Image Matchingfollow./pub/art/2021/342/Cloud Detection by Luminance and Inter-band Parallax Analysis for Pushbroom Satellite Imagersfollow./pub/art/2020/271/Attitude Refinement for Orbiting Pushbroom Cameras: a Simple Polynomial Fitting Methodfollow./pub/art/2015/146/A Generic Bundle Adjustment Methodology for Indirect RPC Model Refinement of Satellite Imageryfollow./pub/pre/352/Interpolationfollow#index.toptopic-interpolationSupbpixel Interpolationfollow#tag-toptopic-interpolation.topic-interpolationReversibility Error of Image Interpolation Methods: Definition and Improvementsfollow./pub/art/2019/277/Trigonometric Polynomial Interpolation of Imagesfollow./pub/art/2019/273/Optimization of Image B-spline Interpolation for GPU Architecturesfollow./pub/art/2019/257/Interpolation of Missing Samples in Sound Signals Based on Autoregressive Modelingfollow./pub/art/2018/23/Theory and Practice of Image B-Spline Interpolationfollow./pub/art/2018/221/How to Apply a Filter Defined in the Frequency Domain by a Continuous Functionfollow./pub/art/2016/116/Linear Methods for Image Interpolationfollow./pub/art/2011/g_lmii/Roussos-Maragos Tensor-Driven Diffusion for Image Interpolationfollow./pub/art/2011/g_rmdi/Image Interpolation with Geometric Contour Stencilsfollow./pub/art/2011/g_igcs/Malvar-He-Cutler Linear Image Demosaickingfollow./pub/art/2011/g_mhcd/Image Interpolation with Contour Stencilsfollow./pub/art/2011/g_iics/Inpaintingfollow#tag-toptopic-interpolation.topic-inpaintingImage Inpainting using Patch Consensus and DCT Priorsfollow./pub/art/2021/286/On Anisotropic Optical Flow Inpainting Algorithmsfollow./pub/art/2020/281/Non-Local Patch-Based Image Inpaintingfollow./pub/art/2017/189/Variational Framework for Non-Local Inpaintingfollow./pub/art/2015/136/E-PLE: an Algorithm for Image Inpaintingfollow./pub/art/2013/54/Combined First and Second Order Total Variation Inpainting using Split Bregmanfollow./pub/art/2013/40/Total Variation Inpainting using Split Bregmanfollow./pub/art/2012/g-tvi/Registrationfollow#index.toptopic-registrationImage Comparisonfollow#tag-toptopic-registration.topic-comparisonMatching of Weakly-Localized Features under Different Geometric Modelsfollow./pub/art/2020/247/The Orthographic Projection Model for Pose Calibration of Long Focal Imagesfollow./pub/art/2019/248/An Affine Invariant Patch Similarityfollow./pub/art/2018/202/Improvements of the Inverse Compositional Algorithm for Parametric Motion Estimationfollow./pub/art/2018/222/Fast Affine Invariant Image Matchingfollow./pub/art/2018/225/Automatic Detection of Internal Copy-Move Forgeries in Imagesfollow./pub/art/2018/213/Efficient Large-scale Image Search With a Vocabulary Treefollow./pub/art/2018/199/Local Region Expansion: a Method for Analyzing and Refining Image Matchesfollow./pub/art/2017/154/The Inverse Compositional Algorithm for Parametric Registrationfollow./pub/art/2016/153/An Analysis of the SURF Methodfollow./pub/art/2015/69/Anatomy of the SIFT Methodfollow./pub/art/2014/82/Automatic Homographic Registration of a Pair of Images, with A Contrario Elimination of Outliersfollow./pub/art/2012/mmm-oh/ASIFT: An Algorithm for Fully Affine Invariant Comparisonfollow./pub/art/2011/my-asift/Optical Flowfollow#tag-toptopic-registration.topic-flowJoint TV-L1 Optical Flow and Occlusion Estimationfollow./pub/art/2019/118/Comparison of Optical Flow Methods under Stereomatching with Short Baselinesfollow./pub/art/2019/217/An Analysis and Speedup of the FALDOI Method for Optical Flow Estimationfollow./pub/art/2019/238/The Inverse Compositional Algorithm for Parametric Registrationfollow./pub/art/2016/153/Robust Discontinuity Preserving Optical Flow Methodsfollow./pub/art/2016/172/An Implementation of Combined Local-Global Optical Flowfollow./pub/art/2015/44/A Line Search Multilevel Truncated Newton Algorithm for Computing the Optical Flowfollow./pub/art/2015/112/Robust Optical Flow Estimationfollow./pub/art/2013/21/Horn-Schunck Optical Flow with a Multi-Scale Strategyfollow./pub/art/2013/20/TV-L1 Optical Flow Estimationfollow./pub/art/2013/26/PDEfollow#index.toptopic-pdeHamiltonian Fast Marching: A Numerical Solver for Anisotropic and Non-Holonomic Eikonal PDEsfollow./pub/art/2019/227/Numerical Simulation of Landscape Evolution Modelsfollow./pub/art/2018/205/An Analysis and Implementation of Multigrid Poisson Solvers With Verified Linear Complexityfollow./pub/art/2018/228/Poisson Image Editingfollow./pub/art/2016/163/A Finite Difference Scheme for the Stack Filter Simulating the MCMfollow./pub/art/2013/53/Finite Difference Schemes for MCM and AMSSfollow./pub/art/2011/cm_fds/Learningfollow#index.toptopic-learningAn "All Terrain" Crack Detector Obtained by Deep Learning on Available Databasesfollow./pub/art/2020/282/Temporal Repetition Detector for Time Series of Spectrally Limited Satellite Imagersfollow./pub/art/2020/245/Local JPEG Grid Detector via Blocking Artifacts, a Forgery Detection Toolfollow./pub/art/2020/283/A Data Set for the Study of Human Locomotion with Inertial Measurements Unitsfollow./pub/art/2019/265/A Contrario Detection of Faces with a Short Cascade of Classifiersfollow./pub/art/2019/272/A Study of Two CNN Demosaicking Algorithmsfollow./pub/art/2019/274/Local Assessment of Statokinesigram Dynamics in Time: An in-Depth Look at the Scoring Algorithmfollow./pub/art/2019/251/An Analysis and Implementation of the FFDNet Image Denoising Methodfollow./pub/art/2019/231/A MATLAB SMO Implementation to Train a SVM Classifier: Application to Multi-Style License Plate Numbers Recognitionfollow./pub/art/2018/173/A Fast C++ Implementation of Neural Network Backpropagation Training Algorithm: Application to Bayesian Optimal Image Demosaicingfollow./pub/art/2015/137/An Analysis of the Viola-Jones Face Detection Algorithmfollow./pub/art/2014/104/Features & Edges & Segmentationfollow#index.toptopic-featuresFeature Detectionfollow#tag-toptopic-features.topic-featuresImage Forgeries Detection through Mosaic Analysis: the Intermediate Values Algorithmfollow./pub/art/2021/355/Exploring Patch Similarity in an Imagefollow./pub/art/2021/325/The Gradient Product Transform: An Image Filter for Symmetry Detectionfollow./pub/art/2019/270/How to Reduce Anomaly Detection in Images to Anomaly Detection in Noisefollow./pub/art/2019/263/Watervoxelsfollow./pub/art/2019/250/An Analysis and Implementation of the Harris Corner Detectorfollow./pub/art/2018/229/Vanishing Point Detection in Urban Scenes Using Point Alignmentsfollow./pub/art/2017/148/An Unsupervised Algorithm for Detecting GoodContinuation in Dot Patternsfollow./pub/art/2017/176/Generation and Detection of Alignments in Gabor Patternsfollow./pub/art/2016/177/An Unsupervised Point Alignment Detection Algorithmfollow./pub/art/2015/126/Ant Colony Optimization for Estimating Pith Position on Images of Tree Log Endsfollow./pub/pre/338/Edge and Contour Detectionfollow#tag-toptopic-features.topic-edgesExtraction of the Level Lines of a Bilinear Imagefollow./pub/art/2019/269/Gestaltic Grouping of Line Segmentsfollow./pub/art/2018/194/Contours, Corners and T-Junctions Detection Algorithmfollow./pub/art/2018/218/A Sub-Pixel Edge Detector: an Implementation of the Canny/Devernay Algorithmfollow./pub/art/2017/216/2D Filtering of Curvilinear Structures by Ranking the Orientation Responses of Path Operators (RORPO)follow./pub/art/2017/207/The Image Curvature Microscope: Accurate Curvature Computation at Subpixel Resolutionfollow./pub/art/2017/212/Unsupervised Smooth Contour Detectionfollow./pub/art/2016/175/A Review of Classic Edge Detectorsfollow./pub/art/2015/35/LSD: a Line Segment Detectorfollow./pub/art/2012/gjmr-lsd/A Real Time Morphological Snakes Algorithmfollow./pub/art/2012/abmh-rtmsa/Segmentationfollow#tag-toptopic-features.topic-segmentationPALMS Image Partitioning - A New Parallel Algorithm for the Piecewise Affine-Linear Mumford-Shah Modelfollow./pub/art/2020/295/An Implementation of the Mean Shift Algorithmfollow./pub/art/2019/255/Hyperspectral Image Classification Using Graph Clustering Methodsfollow./pub/art/2017/204/A C++ Implementation of Otsu’s Image Segmentation Methodfollow./pub/art/2016/158/Chan-Vese Segmentationfollow./pub/art/2012/g-cv/A Parallel, O (n) Algorithm for an Unbiased, Thin Watershedfollow./pub/pre/215/Texturefollow#index.toptopic-textureSynthesisfollow#tag-toptopic-texture.topic-synthesisThe Portilla-Simoncelli Texture Model: towards Understanding the Early Visual Cortexfollow./pub/art/2021/324/An Algorithm for Gaussian Texture Inpaintingfollow./pub/art/2017/198/Realistic Film Grain Renderingfollow./pub/art/2017/192/Efros and Freeman Image Quilting Algorithm for Texture Synthesisfollow./pub/art/2017/171/The Heeger & Bergen Pyramid Based Texture Synthesis Algorithmfollow./pub/art/2014/79/Micro-Texture Synthesis by Phase Randomizationfollow./pub/art/2011/ggm_rpn/Cartoon+Texturefollow#tag-toptopic-texture.topic-analysisCradle Removal in X-Ray Images of Panel Paintingsfollow./pub/art/2017/174/Directional Filters for Cartoon + Texture Image Decompositionfollow./pub/art/2016/165/Cartoon + Texture Image Decomposition by the TV-L1 Modelfollow./pub/art/2014/103/Cartoon+Texture Image Decompositionfollow./pub/art/2011/blmv_ct/Signal Processingfollow#index.toptopic-signalSoundfollow#tag-toptopic-signal.topic-soundInterpolation of Missing Samples in Sound Signals Based on Autoregressive Modelingfollow./pub/art/2018/23/Automatic Detection and Removal of Impulsive Noise in Audio Signalsfollow./pub/art/2015/64/Time Seriesfollow#tag-toptopic-signal.topic-timeseriesA Compartmental Epidemiological Model Applied to the Covid-19 Epidemicfollow./pub/art/2021/323/A Daily Measure of the SARS-CoV-2 Effective Reproduction Number for all Countriesfollow./pub/art/2020/304/SEAIR Framework Accounting for a Personalized Risk Prediction Score: Application to the Covid-19 Epidemicfollow./pub/art/2020/305/Temporal Repetition Detector for Time Series of Spectrally Limited Satellite Imagersfollow./pub/art/2020/245/Local Assessment of Statokinesigram Dynamics in Time: An in-Depth Look at the Scoring Algorithmfollow./pub/art/2019/251/Videofollow#index.toptopic-videoVideofollow#tag-toptopic-video.topic-videoVideo Denoising with Optical Flow Estimationfollow./pub/art/2018/224/Comparison of Motion Smoothing Strategies for Video Stabilization using Parametric Modelsfollow./pub/art/2017/209/Midway Video Equalizationfollow./pub/art/2017/181/Implementation of Local Fourier Burst Accumulation for Video Deblurringfollow./pub/art/2017/197/Optical Flowfollow#tag-toptopic-video.topic-flowJoint TV-L1 Optical Flow and Occlusion Estimationfollow./pub/art/2019/118/Comparison of Optical Flow Methods under Stereomatching with Short Baselinesfollow./pub/art/2019/217/An Analysis and Speedup of the FALDOI Method for Optical Flow Estimationfollow./pub/art/2019/238/The Inverse Compositional Algorithm for Parametric Registrationfollow./pub/art/2016/153/Robust Discontinuity Preserving Optical Flow Methodsfollow./pub/art/2016/172/An Implementation of Combined Local-Global Optical Flowfollow./pub/art/2015/44/A Line Search Multilevel Truncated Newton Algorithm for Computing the Optical Flowfollow./pub/art/2015/112/Robust Optical Flow Estimationfollow./pub/art/2013/21/Horn-Schunck Optical Flow with a Multi-Scale Strategyfollow./pub/art/2013/20/TV-L1 Optical Flow Estimationfollow./pub/art/2013/26/3Dfollow#index.toptopic-3dPoint Cloudsfollow#tag-toptopic-3d.topic-3dcloudsAn Algorithm for 3D Curve Smoothingfollow./pub/art/2021/292/TriplClust: An Algorithm for Curve Detection in 3D Point Cloudsfollow./pub/art/2019/234/A Contrario 3D Point Alignment Detection Algorithmfollow./pub/art/2017/214/The Bilateral Filter for Point Cloudsfollow./pub/art/2017/179/Iterative Hough Transform for Line Detection in 3D Point Cloudsfollow./pub/art/2017/208/An Implementation and Parallelization of the Scale Space Meshing Algorithmfollow./pub/art/2015/102/An Analysis and Implementation of a Parallel Ball Pivoting Algorithmfollow./pub/art/2014/81/Farman Institute 3D Point Sets - High Precision 3D Data Setsfollow./pub/art/2011/dalmm_ps/Stereovisionfollow#tag-toptopic-3d.topic-stereoThe Polar Epipolar Rectificationfollow./pub/art/2021/328/The Production of Ground Truths for Evaluating Highly Accurate Stereovision Algorithmsfollow./pub/art/2018/187/Fundamental Matrix of a Stereo Pair, with A Contrario Elimination of Outliersfollow./pub/art/2016/147/Bilaterally Weighted Patches for Disparity Map Computationfollow./pub/art/2015/123/Integral Images for Block Matchingfollow./pub/art/2014/57/Stereo Disparity through Cost Aggregation with Guided Filterfollow./pub/art/2014/78/Kolmogorov and Zabih’s Graph Cuts Stereo Matching Algorithmfollow./pub/art/2014/97/Quasi-Euclidean Epipolar Rectificationfollow./pub/art/2011/m_qer/IPOL indexed in SCOPUSfollow#index.news-./news/20170308_scopus_indexing/https://www.scopus.com/sourceid/21100824667followhttps://www.scopus.com/sourceid/21100824667Submission Procedurefollow#index.news-./news/20190329_submission_procedure/http://www.ipol.im/meta/submission/followhttp://www.ipol.im/meta/submission/Software Guidelines 1.04follow#index.news-./news/20180514_software_guidelines/http://tools.ipol.im/wiki/ref/software_guidelines/followhttp://tools.ipol.im/wiki/ref/software_guidelines/feeds & 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When a visitor came to your website you can not fail. The user wants your page to load in a second. You know that it is difficult sometimes to display content in the first second but if the user has to wait too much time you can lose that user. If your page is too slow, you will lose a lot of web traffic. Your project URL load time is ms, it is class speed. This speed not fine and need to be improved. It is over the average. Our Speed analyzer has shown that www.ipol.im is as follows:
A huge portion of visitors to your website are usually in rush and nobody is fond of waiting too much before your website loads its content. If your website is slow, you will lose a lot of visitors. Your homepage load time is ms is class speed. This speed not fine and need to be improved. It is over the average. Our Speed analyzer has shown that www.ipol.im is as follows:
Speed:
Page Load Time: ms
How much money does ipol.im earn?
The domain ipol.im has a revenue of $50.6275 monthly. We have calculated this earning based on the daily traffic of this domain.
Has ipol.im Google Analytics code?
The domain ipol.im has not the Google Analytics code inside its HTML.
Has ipol.im Google Adsense code?
The domain ipol.im has not the Google Adsense code inside its HTML.
What IP ipol.im has?
The domain ipol.im has IP 92.243.17.137.
Which charset ipol.im has?
An IP address is a string of numbers used to make devices accessible for communication.
The domain ipol.im has the charset UTF-8.
How many internal links ipol.im has?
To display an HTML page correctly, a web browser must know which character set to use.
The charset change for every language set of characters like English, Chinese or Russian.
The domain ipol.im has 0 links.
How many words ipol.im has?
The links are an important part of the web.
The links help us to navigate between pages.
The domain ipol.im has 5015 words.
The number of words is a crucial metric of the website.
The websites need a large quantity of text to explain the content of the site
Last visited
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