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Wavelet Image Compression Methods and the Use of Medical and Other Tasks

By Transactions, Lali

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Book Id: WPLBN0003842042
Format Type: PDF eBook :
File Size:
Reproduction Date: 2015

Title: Wavelet Image Compression Methods and the Use of Medical and Other Tasks  
Author: Transactions, Lali
Language: Georgian
Subject: Georgian, Medical Diagnosis, Medical Sciences
Collections: National Library of Georgia
Publication Date:
Publisher: Library of Georgia


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Transactions, L. (2012). Wavelet Image Compression Methods and the Use of Medical and Other Tasks. Retrieved from http://cn.ebooklibrary.org/

Table of Contents
TOC: Introduction; Chapter 1. Computer Wavelet-Technology Medical introskopiis Use of Research in the Field; 1.1. the First of Its Research Objectives; 1.2. Medical introskopia As one of the Branches of Diagnosis; 1.3. Medical Imaging Visualization; 1.4. Medico-Biological information Imaging Basic Concepts; 1.5. Images To Visualize the Relationship Between the Biomedical and Computer Technology; 1.5.1. Eeg; 1.5.2. Mapping; 1.6. General Concepts of information Processing; 1.6.1. Kardiointervalebis Numerical Characteristics; 1.6.2. Statistical Characteristics of the Cardiac Rhythm; 1.6.3. Turbulent Blood Flow; 1.7. Wavelet, As Computer Technology Is one of the Latest industry; 1.8. Digital Image Processing Efficiency and the Restored Image Quality Evaluation of General Criteria; 1.9. the First of Its Findings; Chapter 2. the Wavelet Analysis of Bio-Technology and Other Computer Processing of the Images of the Medical Tsino Mathcad Program Environment; 2.1. the Other Objectives of the Research; 2.2. Wavelet Transform Technology; 2.2.1. Continuous Wavelet Transform; 2.2.2. Discrete Wavelet-Transform; 2.3. Discrete Wavelet Reception Functions; 2.4. Wavelet-Transpormantis Reception; 2.4.1. Transpormanta one-Dimensional Case of the Signal; 2.4.2. Transpormantis Obtain Two-Dimensional; 2.5. Wavelet Compression Feature-Transpormantis; 2.5.1. Compression Feature of the one-Dimensional Case; 2.5.2. Wavelet-Transform Fourier Transform of the one-Dimensional Case, the Comparison; 2.5.3. Compression Feature of the Two-Dimensional Images; 2.5.4. Comparison of Jpeg 2000 Standard Jpeg Standard; 2.6. Time-Frequency Analysis; 2.7. Error Filtering and Processing Methods; 2.7.1. the Impact of Errors in the Analytical Function of the Optimum Search; 2.7.2. Wavelet-Transform Filtering and Eliminating the Use of Random Errors; 2.8. Using Fractals Image Processing; 2.9. Second Its Findings; Chapter 3. the Practical Results of the Phd thesis; 3.1. the Third Chapter of the Research Objectives; 3.2. Computed Tomography and Nuclear Resonance-Magntur; 3.2.1. Computed Tomography; 3.2.2. Magnetic Resonance Imaging; 3.2.3. Wavelet-Transform Two-Dimensional Signal For Filtration Properties; Wavelet Analysis of Time-Frequency Representations of the Cardiogram 3.3; 3.4. Cardiac Frequency Dynamic System Analysis Methods Based on Computer To Visualize; 3.5. the Temporal Analysis of the Coronary Arteries of the Heart; 3.6. Medical Images of the Object, and the Contours of the Separate Parts of Mathcad Software Environment; 3.6.1. Shemokhazulobis Separate Research Facility; 3.6.2. the Contours of the Image of the Separation; 3.6.3. the Separation of the Image of the Object; 3.7. Comparison of Wavelet Transform of the Fractal Transform; 3.8. Third in His Conclusions; 3.9. Conclusions; Literature and Vebliograpia.


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