| Preface, A. Aldroubi and M. Unser | |
| Wavelet Transform: Theory and Implementation | |
| The Wavelet Transform: A Surfing Guide, A. Aldroubi | |
| A Practical Guide to the Implementation of the Wavelet Transform, M. Unser | |
| Wavelets in Medical Imaging and Tomography | |
| An Application of Wavelet Shrinkage to Tomography, E. Kolaczyk | |
| Wavelet Denoising of Functional MRI Data, M. Hilton, T. Ogden, D. Hattery, G. Eden, and B. Jawerth | |
| Statistical Analysis of Image Differences by Wavelet Decomposition, U.E. Ruttiman, M. Unser, P. ThTvenaz, C. Lee, D. Rio, and D. Hommer | |
| Feature Extraction in Digital Mammography, R.A. DeVore, B. Lucier, and Z. Yang | |
| Contrast Enhancement by Multiscale and Nonlinear Operators, J. Fan and A. Laine | |
| Using Wavelets to Suppress Noise in Biomedical Images, M. Malfait | |
| Wavelet Transform and Tomography: Continuous and Discrete Approaches, F. Peyrin and M. Zaim | |
| Wavelets and Local Tomography, C. Berenstein and D. Walnut | |
| Optimal Time-Frequency Projections for Localized Tomography, T. Olson | |
| Adapted Wavelet Techniques for Encoding Magnetic Resonance Images, D. Healy and J. Weaver | |
| Wavelets and Biomedical Signal Processing | |
| Sleep Images Using the Wavelet Transform to Process Polysomnographic Signals, R. Sartene, L. Poupard, J.L. Bernard, and J.C. Wallet | |
| Estimating the Fractal Exponent of Point Processes in Biological Systems Using Wavelet- and Fourier-Transform Methods, M.C. Teich, C. Heneghan, S.B. Lowen, and R.G. Turcott | |
| Point Processes, Long Range Dependence, and Wavelets, P. Abry and P. Flandrin | |
| Continuous Wavelet Transform: ECG Recognition Based on Phase and Modulus Representations and Hidden Markov Models, L. Senhadji, L. Thoraval, and G. Carrault | |
| Interference Canceling in Biomedical Systems: The Mutual Wavelet Packet Approach, M. Karrakchou and M. Kunt | |
| Frame Signal Processing Applied to Bioelectric Data, J.J. Benedetto | |
| Diagnosis of Coronary Artery Disease Using Wavelet-Based Neural Networks, M. Akay | |
| Wavelets and Mathematical Models in Biology | |
| A Nonlinear Squeezing of the Continuous Wavelet Transform Based on Auditory Nerve Models, I. Daubechies and S. Maes | |
| The Application of Wavelet Transforms to Blood Flow Velocimetry, L. Weiss | |
| Wavelet Models of Event-Related Potential, J. Raz and B. Turetsky | |
| Macromolecular Structure Computation Based on Energy Function Approximation by Wavelets, E. Schmitt | |
| Index |
