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滿額優惠折扣 5/5~6/30週年慶全館滿599打95折
    Contents
    Preface
    Chapter 1 Introduction to Medical Imaging
    1.1 Classifications of Electromagnetic Radiation Spectrum
    1.2 Classification of Diagnostic Medical Imaging by the Tissue Property Measured (anatomic structure or molecular function)
    1.3 Classification of Diagnostic Medical Imaging by the Sources (Ionizing or non-ionizing radiation)
    1.4 Classification of Diagnostic Medical Imaging by the Acquisition Mode (planar imaging or cross-sectional imaging)
    Chapter 2 Digital Image
    2.1 Digital Image Formation
    2.2 Image Coordinate System
    2.3 Color Image Format
    2.4 Color Space and Color Conversion
    2.5 Neighborhood Relations
    2.6 Image Resolution
    Chapter 3 DICOM and PACS
    3.1 Introduction
    3.2 Hexadecimal (binary) Format (16-bit)
    3.3 Little Endian (default byte-ordering type)
    3.4 DICOM Data Dictionary
    3.5 Extract Information Using Matlab
    3.6 Storing Image Data
    3.7 DICOM Information Hierarchy
    3.8 Medical Images in DICOM
    3.9 Image Compression
    3.10 Access DICOM Image using Matlab
    Chapter 4 Magnetic Resonance Imaging
    4.1 Fundamental Concepts
    4.2 Fourier Transformation for MRI Reconstruction
    4.3 MR Parameters
    4.4 4D Cardiac MR Image Analysis
    Chapter 5 Biological Microscopic Image
    5.1 Introduction
    5.2 High-Throughput and High-Content Analysis
    5.3 Reconstruction of Neuronal Structures
    5.4 Multi-Dimensional Imaging of Dynamic Processes
    5.5 Computer-Aided Microscopy Image Analysis
    Chapter 6 X-ray and Computed Tomography (CT)
    6.1 Introduction
    6.2 Acquisition Devices in Diagnostic
    6.3 How CT Scans are Performed in Clinical Practice
    6.4 Principles of X-ray Computed Tomography (CT)
    6.5 Projection Geometries in Computed Tomography (CT)
    6.6 Public Computed Tomography Database
    6.7 Computer Aided Diagnosis Applications
    Chapter 7 Ultrasound Image Analysis
    7.1 Introduction
    7.2 Resolution
    7.3 Machine Controls to Optimize Ultrasound Image
    7.4 Modes of Echo Display
    7.5 Interaction with Tissues and Artifacts
    7.6 Advantages and Disadvantages of using Ultrasound in Medicine
    7.7 Diagnostic Examination and Therapy
    7.8 Automatic IVUS Image Segmentation
    Chapter 8 An Open Source Image Processing Software (ImageJ / Fiji)
    8.1 Introduction
    8.2 ImageJ Distributions
    8.3 Software Packages Built on Top of ImageJ
    8.4 ImageJ Interoperability
    8.5 Installing and Maintaining
    8.6 Basic Image Processing
    8.7 Macros, Plugins and Scripts
    8.8 ImageJ Plugins for Users
    8.9 ImageJ Plugins for Developers
    8.10 Build ImageJ Distributions
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