Hongkai Zhao, University of California, Irvine, CA, USA.

...the book gives nice and concise overviews on wavelet-frame based image processing, spare and redundant representation models and simulation of elastic materials and can be recommended to students and lecturers." - DMV

• PrefaceHongkai Zhao: IntroductionBin Dong and Zuowei Shen: MRA-Based Wavelet Frames and ApplicationsIntroductionLecture 1. Multiresolution analysisLecture 2. MRA-based tight wavelet framesLecture 3. Pseudo-splines and tight framesLecture 4. Frame based image restorationsLecture 5. Other applications of framesBibliographyMichael Elad: Five Lectures on Sparse and Redundant Representations Modelling of ImagesPrefaceLecture 1. Introduction to sparse approximations - algorithmsLecture 2. Introduction to sparse approximations - theoryLecture 3. Sparse and redundant representation modellingLecture 4. First steps in image processingLecture 5. Image processing - more practiceBibliographyJ. M. Teran, J. L. Hellrung, Jr. and J. Hegemann: Simulation of Elasticity, Biomechanics, and Virtual SurgeryIntroductionReal-time computingLecture 1. Introduction to continuum mechanics and elasticityLecture 2. Numerical solutions of the equations of elasticityLecture 3. Supplemental materialBibliography

Hongkai Zhao, University of California, Irvine, CA, USA.

...the book gives nice and concise overviews on wavelet-frame based image processing, spare and redundant representation models and simulation of elastic materials and can be recommended to students and lecturers." - DMV

• PrefaceHongkai Zhao: IntroductionBin Dong and Zuowei Shen: MRA-Based Wavelet Frames and ApplicationsIntroductionLecture 1. Multiresolution analysisLecture 2. MRA-based tight wavelet framesLecture 3. Pseudo-splines and tight framesLecture 4. Frame based image restorationsLecture 5. Other applications of framesBibliographyMichael Elad: Five Lectures on Sparse and Redundant Representations Modelling of ImagesPrefaceLecture 1. Introduction to sparse approximations - algorithmsLecture 2. Introduction to sparse approximations - theoryLecture 3. Sparse and redundant representation modellingLecture 4. First steps in image processingLecture 5. Image processing - more practiceBibliographyJ. M. Teran, J. L. Hellrung, Jr. and J. Hegemann: Simulation of Elasticity, Biomechanics, and Virtual SurgeryIntroductionReal-time computingLecture 1. Introduction to continuum mechanics and elasticityLecture 2. Numerical solutions of the equations of elasticityLecture 3. Supplemental materialBibliography