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2. A multiscale approach for recognizing complex annotations in engineering documents
3. A parallel algorithm for incremental stereo matching on SIMD machines
4. Multiscale wavelet representations for mammographic feature analysis
5. Object Discrimination Based on Depth-from-Occlusion
6. Wavelet processing techniques for digital mammography
7. Adaptive multiscale processing for contrast enhancement
8. Hexagonal wavelet processing of digital mammography
9. Texture Classification by Wavelet Packet Signatures
10. A framework for contrast enhancement by dyadic wavelet analysis
11. A framework for contrast enhancement by dyadic wavelet analysis
12. A wavelet based mammographic system
13. Contrast enhancement by dyadic wavelet analysis
14. Edge detection in echocardiographic image sequences by 3-D multiscale analysis
15. Mammographic Feature Enhancement by Multiscale Analysis
16. On discrete dyadic wavelets for contrast enhancement
17. Quantitative evaluation of wavelet-based image processing algorithms
18. Simulated phantom images for optimizing wavelet-based image processing algorithms in mammography
19. A steerable dyadic wavelet transform and interval wavelets for enhancement of digital mammography
20. Comparison of a dyadic wavelet image enhancement algorithm with unsharp masking and median filtering for mammography
21. De-Noising via Wavelet Transforms Using Steerable Filters
22. Image fusion using steerable dyadic wavelet transform
23. Intermediate-Level Visual Representations and the Construction of Surface Perception
24. Wavelets for Contrast Enhancement of Digital Mammography
25. Border identification of echocardiograms via multiscale edge detection and shape modeling
26. Contrast Enhancement by Multiscale and Nonlinear Operators
27. De-noising and contrast enhancement via wavelet shrinkage and nonlinear adaptive gain
28. Frame Representations for Texture Segmentation
29. Homomorphic wavelet shrinkage and feature emphasis for speckle reduction and enhancement of echocardiographic images
30. Interactive wavelet processing and techniques applied to digital mammography
31. Multiscale sub-octave wavelet transform for de-noising and enhancement
32. Segmentation of Masses Using Continuous Scale Representations
33. Enhancement of mammograms from oriented information
34. Multiscale segmentation through a radial basis neural network
35. Detection and Enhancement of Small Masses via Precision Multiscale Analysis
36. Enhancement via Fusion of Mammographic Features
37. Hexagonal QMF Banks and Wavelets
38. Overcomplete Lifted Wavelet Representations for Multiscale Feature Analysis
39. Speckle Reduction and Contrast Enhancement of Echocardiograms via Multiscale Nonlinear Processing
40. Coherence of Multiscale Features for Enhancement of Digital Mammograms
41. Directional Representations of 4D Echocardiography for Temporal Quantification of LV Volume
42. Microgravity Studies of Cells and Tissues: from Mir to ISS
43. Visualization of mammograms via fusion of enhanced features
44. Activation detection in fMRI data via multi-scale singularity detection
45. Evaluation of a multi-scale enhancement protocol for digital mammography
46. Evaluation of Contrast Enhancement by Digital Equalization in Digital Mammography
47. Quantification of LV Volumes with 4D Real-Time Echocardiography
48. Spatio-temporal directional analysis of 4D echocardiography
49. Tomographic reconstruction with non-linear diagonal estimators
50. Contrast enhancement by multi-scale adaptive histogram equalization
51. Evaluation of a Multi-Scale Enhancement Protocol for Digital Mammography
52. Hybrid Segmentation of Anatomical Data
53. Improving PET-Based Physiological Quantification Through Methods of Wavelet Denoising
54. LV Volume Quantification via Spatiotemporal Analysis of Real-Time 3-D Echocardiography
55. MRI Scan Time Reduction through K-Space Data Sharing in Combo Acquisitions with a Spin Echo Sequence
56. Quantification of Myocardial Perfusion in Human Subjects Using 82Rb and Wavelet-Based Noise Reduction
57. Quantification of right and left ventricular function with real-time three-dimensional ultrasound
58. Regularization in tomographic reconstruction using thresholding estimators
59. Use of Wavelet Transforms in Analysis of Time–Activity Data from Cardiac PET
60. A Methodology for Evaluating Image Segmentation Algorithms
61. An adaptive speed term based on homogeneity for level-set segmentation
62. Comparison of Segmentation Methods for Analysis of Endocardial Wall Motion with Real-Time Three-Dimensional Ultrasound
63. Flow-resolution Enhancement in Electrophoretic NMR Using De-noising and Linear Prediction
64. Gene Transfer of a Human Insulin-Like Growth Factor I cDNA Enhances Tissue Engineering of Cartilage
65. Harmonic multiresolution estimators for denoising and regularization of SPECT-PET data
66. Improving statistics for hybrid segmentation of high-resolution multichannel images
67. Combined MR Data Acquisition of Multicontrast Images Using Variable Acquisition Parameters and K-Space Data Sharing
68. De-noising SPECT/PET Images Using Cross-Scale Regularization
69. Fast Interpolation Algorithms for Real-Time Three-Dimensional Cardiac Ultrasound
70. Guest Editorial: Wavelets in Medical Imaging
71. Multiscale Denoising and Enhancement of 3D Rotational X-ray Imaging for Percutaneous Vertebroplasty
72. Regularization in Tomographic Reconstruction Using Thresholding Estimators
73. Segmentation and Evaluation of Adipose Tissue from Whole Body MRI Scans
74. Segmentation of RT3D Ultrasound with Implicit Deformable Models Without Gradients
75. Assessment of visual quality and spatial accuracy of fast anisotropic diffusion and scan conversion algorithms for real-time three-dimensional spherical ultrasound
76. Chapter 1 : Hybrid Segmentation Methods
77. Classification of Micro Array Protein Crystal Images With Laplacian Pyramidal Filters and Neural Networks
78. Comparison of Ventricular Geometry for Two Real Time 3D Ultrasound with Three Dimensional Level Set
79. Comparison Study of Clinical 3D MRI Brain Segmentation Evaluation
80. Fusion of Brushlet and Wavelet Denoising Methods for Nuclear Images
81. High-speed Recognition of Micro-array Genomic Images Using Multi-scale Representations
82. Multi-Phase Three-Dimensional Level Set Segmentation of Brain MRI
83. Regularization of PET Reconstruction Using Multi-scale Adaptive Thresholding
84. Remote Display Performance for Wireless Healthcare Computing
85. Robotic Protein Crystal Streak Seeding Using Silicon Microtools
86. Segmentation and quantitative evaluation of brain MRI data with a multi-phase three-dimensional implicit deformable model
87. State of the Art of Level Set Methods in Segmentation and Registration of Medical Imaging Modalities
88. Adaptive spatial-temporal filtering applied to x-ray fluoroscopy angiography
89. Assessment of Adipose Tissue from Whole Body 3T MRI Scans
90. Automatic 4-D Registration in Dynamic MR Renography
91. Automatic 4-D Registration in Dynamic MR Renography Based on Over-complete Dyadic Wavelet and Fourier Transforms
92. Cardiac Tissue Engineering
93. Dynamic Cardiac Information From Optical Flow Using Four-Dimensional Ultrasound Data
94. Evaluation of optical flow algorithms for tracking endocardial surfaces on three-dimensional ultrasound data
95. Microrobotic Streak Seeding for Protein Crystal Growth
96. Recognition of micro-array protein crystals images using multi-scale representations
97. Sequential Acquisition and Processing of Perfusion and Diffusion MRI Data for a Porcine Stroke Model
98. Tracking of LV Endocardial Surface on Real-Time Three-Dimensional Ultrasound with Optical Flow
99. An Incremental and Optimized Learning Method for the Automatic Classification of Protein Crystal Images
100. Automated streak-seeding with micromachined silicon tools
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