| Title Page | 2 |
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| Preface | 6 |
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| Table of Contents | 11 |
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| Prophylasis | 11 |
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| The Estimation of Reliability in the Preventive Examination of Allergic Diseases with Knowledge Discovery Methods | 14 |
| Introduction | 14 |
| Allergic Diseases | 15 |
| Knowledge Discovery | 15 |
| Association Rules | 16 |
| XML Standards in KDD | 17 |
| Predictive Model Markup Language | 17 |
| XQuery | 17 |
| Model Building and Analysis | 19 |
| Model Building | 19 |
| Model Analysis | 20 |
| Experiments and Preliminary Results | 20 |
| Conclusions | 22 |
| References | 23 |
| Diagnosis | 11 |
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| Medical Diagnosis with Type-2 Fuzzy Decision Trees | 24 |
| Introduction | 24 |
| Type-2 Fuzzy Sets | 25 |
| Type-2 Fuzzy Decision Trees | 27 |
| Type-2 Fuzzy ID3 Algorithm | 27 |
| Inference Process Using Type-2 Fuzzy Decision Tree | 30 |
| Experimental Results | 31 |
| Medical Data Description | 31 |
| Results from Type-2 Fuzzy Decision Trees | 32 |
| Conclusions | 33 |
| References | 33 |
| Ranked Modeling of Causal Sequences of Diseases for the Purpose of Early Diagnosis | 35 |
| Introduction | 35 |
| Ranked Relations between Feature Vectors Based on a Causal Sequence of Diseases | 36 |
| Ranked Linear Transformations | 37 |
| Designing Ranked Transformations through Minimization of the CPL Criterion Function | 38 |
| Example: Causal Sequence of Liver Diseases | 39 |
| Concluding Remarks | 42 |
| Bibliography | 43 |
| A Comparative Analysis of SPECT Images of the Left and Right Cerebral Hemispheres in Patients with Diagnosed Epileptic Symptoms | 44 |
| Materials | 44 |
| The Method | 46 |
| Results | 49 |
| Conclusions | 51 |
| References | 51 |
| Rough Set Theory in the Classification of Diagnoses | 52 |
| Introduction | 52 |
| Rough Set Theory in the Diagnostic Classification of Patients | 53 |
| Theoretical Assumptions of the Classification Model | 53 |
| The Practical Explanation of the Patients Allocation within Diagnostic Classes | 55 |
| The Selection of Reducts from a Set of Conditional Attributes | 57 |
| The Generation of Reducts by Dependency Rules | 57 |
| The Action of Reducts in an Example | 58 |
| Concluding Remarks | 61 |
| References | 62 |
| Computer Program for Aiding in Wireless Endoscopic Video Interpretation | 63 |
| Introduction | 63 |
| Model of Deformable Rings | 65 |
| The MDR Optimization | 66 |
| The MoDeRi Program Functionality | 67 |
| The Program Evaluation | 69 |
| References | 70 |
| Segmentation of Biomedical Images Using Network of Synchronized Oscillators | 72 |
| Introduction | 72 |
| Image Preprocessing and Analysis | 73 |
| Network of Synchronised Oscillators | 74 |
| Image Segmentation Examples and Discussion | 77 |
| Conclusion | 80 |
| References | 81 |
| MaZda The Software Package for Textural Analysis of Biomedical Images | 82 |
| Introduction | 82 |
| Image Analysis Pathways in MaZda | 83 |
| Textural Features | 84 |
| Regions of Interest | 86 |
| Geometric Parameters | 87 |
| Feature Selection and Reduction | 88 |
| Texture Classification | 88 |
| Feature Maps and Image Segmentation | 90 |
| Applications | 91 |
| References | 92 |
| Gilbert-Multiplier-Based Parallel 1-D and 2-D Analog FIR Filters for Medical Diagnostics | 94 |
| Introduction | 94 |
| Basics of 1-D and 2-D FIR Filtration | 96 |
| Implementation of FIR Filters Using Gilbert Vector Multipliers | 97 |
| Implementation Issues of the Proposed 1-D Filter | 99 |
| Implementation of 2-D Programmable Image Filter | 102 |
| Multirate Systems Realized Using the GVM FIR Filters | 105 |
| Conclusions | 107 |
| References | 107 |
| Biomedical Image Segmentation Based on Aggregated Morphological Spectra | 109 |
| Introduction | 109 |
| Basic Notions of Morphological Spectra | 110 |
| Invariance to Geometrical Transformations | 114 |
| Image Segmentation Based on $MS$ Discrimination | 116 |
| Conclusions | 119 |
| References | 120 |
| Prognosis | 12 |
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| Application of Artificial Neural Network to Predict Survival Time for Patients with Bladder Cancer | 121 |
| Introduction | 121 |
| Problem Overview | 122 |
| Applied Methodology and the Input Training Data | 123 |
| Experimental Results | 126 |
| Conclusions | 128 |
| References | 129 |
| Artificial Inteligence Methods in the Problems of Drug Side-Effects | 131 |
| Introduction | 131 |
| Material from Observation and Clinical Activity | 132 |
| Artificial Neural Networks | 133 |
| Experimental Study and Its Results | 134 |
| Ending Remarks and Conclusions | 134 |
| References | 134 |
| Medical Equipment | 12 |
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| Programming Symbian Smartphones for the Blind and Visually Impaired | 136 |
| Introduction | 136 |
| Symbian Operating System (OS) for the Mobile Platforms | 137 |
| Programming for the Symbian Platforms | 137 |
| Phone Applications for the Blind/Visually Impaired Users | 139 |
| Phone Functions | 140 |
| Accessing Web Sites | 141 |
| Image Processing Applications | 142 |
| Conclusions | 142 |
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