Automed 2018

Automed 2018 : Automatisierungstechnische Verfahren für die Medizin

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Product details

  • Paperback | 91 pages
  • 149 x 210 x 5mm | 150g
  • 9783958533844

Table of contents

Keynote - Speaker 1 Prof. J. Geoffrey Chase
Keynote - Speaker 2 Prof. Merryn Tawhai

Session 1: Therapie/Rehabilitation/ Robotik
Structural Health Monitoring of Breast Tissue Mechanics for Non-Invasive Diagnosis of Breast Cancer
Automatic real-time adaptation of electrode positions for grasping with FES during forearm movements
Pilot Study: Effects of Arm Weight Compensation with the Rehabilitation Robot ARMin
Entwicklung eines automatisierten Verfahrens zur Extraktion der perfundierten ex vivo Niere aus IR-Aufnahmen

Session 2: Optische Technologien adaptiv robuster H -Regelung Leistungsgesteuerte temperaturüberwachte Lasertherapie der Netzhaut mittels
Optimizing Controlled Laser Cutting of Hard Tissue (Bone)
The Impact of Human Tissue Reflectance on the Choice of Endoscopic Light Sources

Session 3: Beatmungs- und Überwachungstechnik/ Intensivversorgung
Automatic Control of Ventilation Therapy in Acute Respiratory Distress Syndrome
Based on Open Lung Management
Modellprädiktive Druckregelung für die kontinuierliche Überdrucktherapie
Robuste physiologische Herzunterstützung mit rotatorischen Blutpumpen
Sensorpositionierung bei einem Smart-Shirt zur Atemanalyse bei Spontanatmung

Session 4: Messtechnik und Sensorik
Sensormodul für sterilisierbare, medizinische Container
Energy Harvesting Module for Intelligent Medical Containers
Laparoscopic Instrument Classification using a Loss-Sensitive Neural Network
The effect of Hierarchical Hidden Markov Model on Phase Recognition in Laparoscopic Videos
Session 5: Biosignal- und Bildverarbeitung
Compressing and denoising of multiple biomedical time series by SVD
Quantitative Magnetresonanztomographie erlaubt einen Blick auf die
Mikrostruktur des Gewebes
Correlation Based Spike Sorting
Analyzing ECG Data with an R-Wave Classifier based on Circular Statistics and Vector Strength

Session 6: Modellbildung, Simulation
Causality in Time Series
Time Series Prediction of Surgical Progress using Logistic Regression Modelling
Exploring the Behaviour of a Wound Healing Mathematical Model
A Novel Time Series Model to Predict Critical Oxygen Desaturation Events in the Blood

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