Information Technologies in Biomedicine [electronic resource] : Volume 2 /
Pietka, Ewa.editor.
Kawa, Jacek.editor.
Information Technology in Biomedicine is an interdisciplinary research area, that bridges the gap between methodological achievements in engineering and clinical requirements in medical diagnosis and therapy. In this book, members of the academic society of technical and medical background present their research results and clinical implementation in order to satisfy the functional requirements of authorized physicians for the benefit of the patients. An extended area is covered by the articles. It includes biomedical signals, medical image processing, computer-aided diagnosis and surgery, biometrics, healthcare and telemedicine, biomechanics, biomaterials, bioinformatics. Section on bronchoscopy presents the basis as well as new research studies performed in this field. Papers present various theoretical approaches and new methodologies based on fuzzy sets, mathematical statistics, mathematical morphology, fractals, wavelets, syntactic methods, artificial neural networks, graphs and many others.
Description based upon print version of record.
Includes bibliographical references and index.
Image Processing and CAD -- On a Hybrid Fuzzy Clustering Method -- Complete Gradient Clustering Algorithm for Features Analysis of X-Ray Images -- Dynamics of the Clusterization Process in an Adaptative Method of Image Segmentation -- Application of Adaptive Weighed Averaging to Digital Filtering of 2D Images -- Photodynamic Image e-Atlas in Diagnostic and Treatment Procedures -- Multiseries MR Data in Brain Tumours Segmentation -- Symmetry Plane of the Brain on Perfusion MR Images -- A Two-Step Method for Detection of Architectural Distortions in Mammograms -- An Instrument for Monitoring Inflow and Washout of an Optical Contrast Agent into the Brain -- 4D Segmentation of Ewing's Sarcoma in MR Images -- Segmentation of Stained Lymphoma Tissue Section Images -- Anterior and Posterior Cruciate Ligament - Extraction and 3D Visualization -- Computerized Evaluation of Abnormal Hand Bone Patterns in Skeletal Dysplasias -- Method of Brain Structure Extraction for CT-Based Stroke Detection -- Combined DICOM and HL7 Viewer in Support of a Bridge from Content-Based Image Retrieval to Computer-Aided Diagnosis -- 3D Diagnostic System for Anatomical Structures Detection Based on a Parameterized Method of Body Surface Analysis -- Reconstruction of the Pelvic Region Based on the Statistical Shape Modeling -- Automatic Measuring of the Iridocorneal Angle in the Optical Coherence Tomographic Image of the Anterior Segment of the Eye -- Parametric Curves in Liver Deformation for Laparoscopic Purposes -- Fractal Analysis of Dental Radiographic Images in the Irregular Regions of Interest -- Computer Aided Surgery -- Computer-Assisted Navigation in Brain Tumor Surgery -- Computer Aided Alternative Methods of Dental Implants Placement -- Biometrics -- An Idea of Human Voice Reaction Measurement System under the Aspect of Behavioral Biometric -- Biomedically Aided Car Driver Safety System -- Signal Processing -- Myriad Filter Computation with 2nd Order Approximation Polynomial -- Electrophysiology-Based Monitoring System for a Human in Motion -- Analysis of Major Adverse Cardiac Events with Entropy-Based Complexity -- Adaptive Time-Varying Frequency Characteristic Filtering of ECG Signal -- Heart Rate Analysis in the EGG Examination -- Convergence Improving in Evolution-Based Technique for Estimation and Separation of Electrooculography and Blinking Signals -- Bioinformatics -- Classification of DNA Microarray Data with Random Forests -- Homogeneity Assessment of Cell Populations for High Content Screening Platforms -- Automated Cell Nuclei Segmentation in Breast Cancer Fine Needle Biopsy Smears -- Model of Optical Sectioning by Using Structured Light in a Conventional Microscope -- Evaluation of Antibacterial Agents Activity -- Telemedicine -- Discrete Nonlinear Control of the Diagnostic Quality in Distributed Telemedical Systems -- Sleep Evaluation Device for Home-Care -- A Graph Representation of Subject's Time-State Space -- Data Integration in Multimodal Home Care Surveillance and Communication System -- Open Standards as a Basis of the Information Services Platform in Health Care Area -- Biomechanics -- Application of Motion Analysis Systems in the Designing of a Rehabilitation Device -- Control System for a Limb Rehabilitation Robot -- Methodology of Examining Fracture Surfaces of Biomaterials by Means of Modelling and Multifractal Analysis -- ACL Rehabilitation Enhanced by 3D Modeling Software -- Numerical Analysis of Spine Stabilizers on Lumbar Part of Spine -- Numerical Analysis of Low Contact Plate Made of Alternative Metallic Biomaterials -- Metatarsal Osteotomy Using Double-Threaded Screws - Biomechanical Analysis -- Biomechanical Behaviour of Surgical Drills in Simulated Conditions of Drilling in a Bone -- FEM Analysis of Instruments Used in Root Canal Preparation -- Specific Evaluation of Pelvic Radiograms and Hip BMD in Structural Scoliosis Reflectorica and Reactive Pain Conditions of the Backbone -- Bronchoscopy -- The BRONCHOVID - Computer System Supporting Bronchoscopy Laboratory -- 3D Segmentation and Visualisation of Mediastinal Structures Adjacent to Tracheobronchial Tree from CT Data -- Algorithms for Automatic Recognition of Non-informative Frames in Video Recordings of Bronchoscopic Procedures -- Using MPEG-7 Descriptors and Scoring Model to Automatically Recognize Medical Events in the Record of Bronchoscopy Video -- Three Stage Method Assisting Endobronchial Tumor Mass Recognition in Bronchoscopy Images -- Application of SIFT Image Analysis Method to Support Transbronchial Needle-Aspiration Biopsy -- Analysis of Images of Bronchial Tree Ramifications for Summarization of Bronchoscopic Videos -- Prototype Software for Video Summary of Bronchoscopy Procedures with the Use of Mechanisms Designed to Identify, Index and Search -- Perception Enhancement of Bronchoscopic Video -- Magnetic Field -- Analysis of Magnetic Field Distribution and Mechanical Vibration of Magnetic Field Exciter under Different Voltage Supply.
Information Technology in Biomedicine is an interdisciplinary research area, that bridges the gap between methodological achievements in engineering and clinical requirements in medical diagnosis and therapy. In this book, members of the academic society of technical and medical background present their research results and clinical implementation in order to satisfy the functional requirements of authorized physicians for the benefit of the patients. An extended area is covered by the articles. It includes biomedical signals, medical image processing, computer-aided diagnosis and surgery, biometrics, healthcare and telemedicine, biomechanics, biomaterials, bioinformatics. Section on bronchoscopy presents the basis as well as new research studies performed in this field. Papers present various theoretical approaches and new methodologies based on fuzzy sets, mathematical statistics, mathematical morphology, fractals, wavelets, syntactic methods, artificial neural networks, graphs and many others.
Engineering.
Medicine.
Biomedical engineering.
Computational intelligence.
Artificial intelligence.
Engineering, general.
Biomedicine, general.
Biomedical Engineering and Bioengineering.
Computational Intelligence.
Artificial Intelligence.
Advances in Intelligent and Soft Computing