{"product_id":"student-conference-medical-engineering-science-2015-von-undefined","title":"Student Conference Medical Engineering Science 2015","description":"Table of Contents:\n\n1. Biomedical Optics:\n\nFlow velocity measurements using Doppler optical coherence tomography;\nCharacterization of a micro machined deformable membrane mirror using optical coherence tomography;\nLaser Ray Tracing Setup for Measuring the Refractive Index Changes in Bovine Lenses;\nOptically Monitored Selective Laser Trabeculoplasty;\nDevelopment of standardized tissue phantoms for evaluation of Holographic Photoacoustic Tomography;\nInvestigation of the influence of pulse variations on photoacoustic response and damage thresholds for laser induced bubble formation at the fundus of the eye;\nDevelopment of a new, non-invasive, laser-assisted experimental model for Fuchs Endothelial Dystrophy;\nFT-IR investigation of the nonlinear optical crystal CLBO;\n\n2. Biochemical Physics:\n\nLED-based Illumination Set-up for In Vitro Photodynamic Therapy;\nConstruction and implementation of a simple stopped-flow apparatus for the investigation of rapid kinetics using confocal fluorescence microscopy;\nFluorescence Properties and Cytotoxicity of Nanoparticle-based Ratiometric Fluorescent Thermometer on RPE Cells;\nComparative Study of the Gamma-Spectrometers Berthold LB2040’s and Berthold LB2045’s Performance based on the Half-life Determination of Radioactive Isotope Ba-137m;\nRe-setup of a Nitrogen Cooled Ge-Detector in Combination with a Canberra Multi Channel Analyzer for Determination of Terrestrial Radiation Sources;\n\n3. Biomedical Engineering:\n\nDispension of a bead suspension into small vessels;\nSimulation of torque acting on the joint of an exoskeleton for stroke rehabilitation;\nDetermination of Measurement Characteristics of a Sensor for Blood Leakage in Hemodialysis;\nChecking the usability of a valve system to control a pressure controlled valve from a breathing machine;\n\n4. Safety and Quality:\n\nInvestigation of the APICA ASCTM access and closure device for the delivery of mitral valve therapies;\nTechnical Reequipment and Restructuring of Endoscopic Department at Demmin Hospital;\nDeveloping a procedure to test the compatibility of flexible endoscopes with an Endo-Thermo-Disinfector (ETD);\nDevelopment of a level indicator for process chemicals of an automated endoscopy reprocessor;\nDeveloping a Type Test for the Contamination-Monitor with Gamma Detectors with Focus on Detector Homogeneity – For Four Different Nuclides;\nDevelopment of a luminous field measurement station and comparison of a consumer LED headlight and a HEINE® LED LoupeLight;\nTemperature dependencies in surgical lights – investigation and compensation concept;\nImplementation of Risk Management Report for Medical Ceiling Supply Units in IBM Rational DOORS®;\nAnalysis of Coordinate Measuring Machines in Medicine especially in the Osteosurgery and Dentalsurgery;\n\n5. Medical Imaging:\n\nNovel Method to Measure Migration of Percutaneous Nerve Evaluation Leads;\nThe measurement of the peak kilovoltage across microfocus X-ray tubes by using K-shell radiation and K-shell absorption;\nAnalyzing the Impact of Different Path Termination Conditions in a Probabilistic Fiber Tracking Algorithm;\nMeasurement and Analysis of the respiration-driven Motion of the Pulmonary Artery;\nRespiratory Surface Motion Measurement by Microsoft Kinect: Implementation and Evaluation of a clinical Setup;\n\n6. Signal Processing:\n\nSingle-trial variability of non-invasively recorded high-frequency somatosensory evoked potentials;\nEvaluation of a Skin-to-Electrode Impedance Measuring System;\nQuantitative evaluation of online signal processing for fMRI-based neurofeedback;\nDifferent k-Space Sampling Sequences for MR Image Reconstruction with Blind Sparse Motion Estimation;\nExploiting Sparse Representations of the Plenacoustic Function for Compressive Sensing;\nRobust Pattern Recognition of Hand Movement with Multi-Channel Surface EMG Using Random Forest;\nNoise Cancellation using Room Equalization Filters;\nReceive Chain Noise Matching For Magnetic Particle Imaging;\n\n7. Image Processing:\n\nExperimental Evaluation of Different Weighting Schemes in Magnetic Particle Imaging Reconstruction;\nComparison and Performance Evaluation of Indoor Localization Algorithms based on an Error Mode for an Optical System;\nA machine learning approach for planning valve-sparing aortic root reconstruction;\nEdge-preserving ring artifact correction for CT imaging;\nFully Automated Camera Calibration for X-ray Inspection and Computed Tomography Systems;\nAnalysis of an Automatically Computed Abstraction Parameter in Sketch-based Image Retrieval Using Angular-Radial Partitioning;\nPerformance of Förstner- and Rohr operators based on structure tensors versus Hessians;\nDimensionality reduction of multidimensional image descriptors for medical image registration;\nAn Efficient Implementation of an Affine Point-based Registration using the Expectation Maximization-ICP in C++;\nEnabling on-Demand Features for Decision Forests – An Approach to Lesion Segmentation in MR-Volumes;\nIschemic Stroke Lesion Segmentation – Setup of a Challenge;\u003cdiv class=\"aw-variant-hidden-subtitle-div\" id=\"aw-variant-subtitle-9783945954003\"\u003e\u003ch3\u003eStudierendentagung 2015 – Medizintechnik in Lübeck\u003c\/h3\u003e\u003c\/div\u003e","brand":"Autorenwelt Shop","offers":[{"title":"Softcover - 9783945954003","offer_id":54010192953669,"sku":"9783945954003","price":39.9,"currency_code":"EUR","in_stock":true}],"thumbnail_url":"\/\/cdn.shopify.com\/s\/files\/1\/0940\/0622\/files\/9866b1b3-c791-4bd5-8e1f-37544642017e.jpg?v=1769064081","url":"https:\/\/shop.autorenwelt.de\/products\/student-conference-medical-engineering-science-2015-von-undefined","provider":"Autorenwelt Shop","version":"1.0","type":"link"}