breast - Globe Thesis - Globe Thesis

Keyword [breast] Result: 181 - 200 \| Page: 10 of 10
181.	Finite difference time domain (FDTD) method for microwave imaging of inhomogeneous media for breast cancer detection
182.	Development and validations of a deformable registration algorithm for medical images: Applications to brain, breast and prostate studies
183.	The Development and Validation of a First Generation X-Ray Scatter Computed Tomography Algorithm for the Reconstruction of Electron Density Breast Images Using Monte Carlo Simulation
184.	3D multi-frequency antenna arrays for clinical validation of microwave breast imaging
185.	Mapping tactile imaging information: Parameter estimation and deformable registration
186.	Automatic detection of microcalcification clusters using wavelet transformation and fuzzy logic
187.	Statistical pattern recognition for breast cancer research: Comparison of theory-driven general linear model methodologies with data-driven artificial neural network architectures
188.	MIcrowave Measurement System for Breast Cancer Imaging: An Experimental Prototype Towards Time-Domain Inverse Scattering
189.	Fuzzy segmentation of the breast region in mammograms
190.	Development and Evaluation of 2D and 3D Image Quality Metrics
191.	Near-infrared laser speckle imaging of human breast tissue
192.	A study of microscopic images of human breast disease using competitive neural networks
193.	Modular machine learning methods for computer-aided diagnosis of breast cancer
194.	Optical modeling, design optimization, and performance analysis of a gamma camera for detection of breast cancer
195.	Region-based adaptive image processing techniques for mammography
196.	Large-transducer measurements of ultrasonic wavefront distortion in the female breast
197.	Quantitative Image Analysis in Digital Breast Tomosynthesis
198.	Algorithms and calibration techniques for high resolution microwave breast imaging
199.	Interactive 3D GPU-based breast mass lesion segmentation method based on level sets for DCE-MRI images
200.	Automatic image segmentation and treatment planning for radiotherapy
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