Sites:
| Donoho, David: Statistical applications, signal denoising, curvelets, ridgelets. | | Abramovich, Felix: Shrinkage, nonparametric regression, smoothing methods, inverse problems. | | Bekkouche, Hocine: Lossless/lossy image compression, signal-adapted filter banks, estimation theory. | | Beylkin, Gregory: Numerical analysis, data compression, differential equations. | | Blu, Thierry: Wavelets, multiresolution and approximation with applications in functional MRI, Optical Coherence Tomography. | | Brislawn, Christopher M.: Signal compression, fingerprint image compression, MPEG motion estimation techniques. | | Candès, Emmanuel: Computational harmonic analysis, approximation theory, statistical estimation, noise removal, data compression, scientific computing, ridgelets, curvelets. | | Cena, Bernard (Sven): Application of wavelets to multidimensional medical data visualisation and to image, video and sound analysis. | | Cosman, Pamela: Video compression, visibility of packet losses in compressed video. | | Daubechies, Ingrid: Wavelet theory, time frequency analysis, data compression, compactly supported wavelets. | | Demanet, Laurent: Curvelets, numerical analysis and scientific computing. | | Duval, Laurent: Signal and image applications (denoising, estimation) of wavelets and filter banks (geosciences, combustion analysis); WITS: wavelet names. | | Feichtinger, Hans Georg: Scattered approximation, Gabor expansions, wavelet theory. | | Goyal, Vivek: Wavelets, frames, packet erasure coding. | | Jacques, Laurent: Image analysis with directional dyadic wavelet frames, wavelets on the sphere. | | Jorgensen, Palle: Lists recent research papers, a sample of a recent book, and specific areas of interest (fractals, dynamical systems). | | Kaiser, Gerald: Harmonic analysis, Partial Differential Equations, wavelets, physics-based signal and image processing. | | Kesan, Jayakanth S.: Application of Wavelets in Image Processing as applied in display products particularly for consumer electronic devices. | | Kolaczyk, Eric D.: Statistical modeling of instrumental data in temporal, spatial, and spatio-temporal contexts. | | Kovacevic, Jelena: Wavelets, frames, biomedical signal processing, multirate signal processing, data compression and signal processing for communications. | | Kulesh, Michail: Wavelet deformation algebra and its application to the analysis of seismic signals. | | Lemire, Daniel: Wavelet filter design and interpolatory subdivision schemes. | | Mallat, Stéphane: Image compression, deconvolution, spectral estimation, matching pursuit, wavelet networks, texture gradient, bandelets. | | Meyer, Francois: Adaptive wavelet packet and local cosine image compression, brushlets (adaptive basis of functions reasonably well localized with only one peak in frequency). | | Nason, Guy: Curve and surface estimation, time series analysis, experimental design, data analysis. | | Ogden, Todd: Analysis of brain imaging data, nonparametric regression, wavelets, statistical computing, functional data analysis, change-point problems. | | Percival, Donald B.: Statistical applications, shrinkage, data analysis. | | Pesquet, Jean-Christophe: Statistical signal processing using wavelets and nonlinear multiresolution analysis. | | Saito, Naoki: Applied and computational harmonic analysis, image analysis, pattern recognition, data compression, statistical signal processing, human and machine vision, geophysical inverse problems. | | Salimath, C. S.: Applications of wavelets. | | Sapatinas, Theofanis: Wavelets and statistical modelling. | | Selesnick, Ivan: Wavelet-based image/video processing, with focus on the design, implementation, and applications of new oriented multi-dimensional wavelet transforms. | | Silverman, Bernard: Statistical applications, wavelet regression, mixture problems. | | Simoncelli, Eero P.: Multiresolution statistical image models, with application to compression, denoising, texture synthesis, and computational neuroscience. | | Some Wavelet People: A list of home pages, maintained by Andreas Klappenecker. | | Sweldens, Wim: Wavelet theory, lifting scheme. | | Tewfik, Ahmed H.: Signal processing for multimedia (in particular watermarking, data hiding and content-based retrieval) and heart diagnostic from acoustic measurements. | | Unser, Michael: Sampling theories, multiresolution algorithms, wavelets, and the use of splines for image processing. | | Vandergheynst, Pierre: Harmonic analysis, information theory, non-linear image representations and mathematical image analysis with applications to higher dimensional data processing. | | Vetterli, Martin: Multirate signal processing, computational complexity, digital video processing, and compression. | | Vidakovic, Brani: Wavelet history, bayesian inference, statistical modeling. | | Xiong, Zixiang: Image and video compression, image restoration. | | Zakhor, Avideh: Video and image processing, Matching Pursuit, 3D models. | | Zhang, Yu: Wavelet analysis, time frequency representation, general signals and systems, and applications in medical ultrasound signal processing. |
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