Amanote Research
Register
Sign In
Discover open access scientific publications
Search, annotate, share and cite publications
Publications by Christoph Schranz
Structural Identifiability and Practical Applicability of an Alveolar Recruitment Model for ARDS Patients
IEEE Transactions on Biomedical Engineering
Biomedical Engineering
Iterative Integral Parameter Identification of a Respiratory Mechanics Model
BioMedical Engineering Online
Nuclear Medicine
Radiology
Ultrasound Technology
Radiological
Biomaterials
Imaging
Medicine
Biomedical Engineering
Related publications
Identification of Regional Overdistension, Recruitment and Cyclic Alveolar Collapse With Electrical Impedance Tomography in an Experimental ARDS Model
Critical Care
Critical Care
Intensive Care Medicine
Practical Identifiability of HIV Dynamics Models
Bulletin of Mathematical Biology
Genetics
Pharmacology
Molecular Biology
Environmental Science
Biochemistry
Biological Sciences
Mathematics
Immunology
Computational Theory
Agricultural
Neuroscience
An Efficient Method for Structural Identifiability Analysis of Large Dynamic Systems*
IFAC Proceedings Volumes
Nonlinear Recruitment Model With Viscoelastic Component Fit Respiratory Mechanics in ARDS
Critical Care
Critical Care
Intensive Care Medicine
On the Practical Identifiability of a Two-Parameter Model of Pulmonary Gas Exchange
BioMedical Engineering Online
Nuclear Medicine
Radiology
Ultrasound Technology
Radiological
Biomaterials
Imaging
Medicine
Biomedical Engineering
Practical Parameter Identifiability for Spatio-Temporal Models of Cell Invasion
Journal of the Royal Society Interface
Biochemistry
Biophysics
Biomaterials
Biotechnology
Bioengineering
Biomedical Engineering
Deactivation of Alveolar Macrophages in Septic Neutropenic ARDS*
Chest
Cardiology
Critical Care
Cardiovascular Medicine
Intensive Care Medicine
Pulmonary
Respiratory Medicine
Ventilatory Ratio: Validation in an Ex Vivo Model and Analysis in ARDS/ALI Patients
Critical Care
Critical Care
Intensive Care Medicine
Practical Identifiability of the Manipulator Link Stiffness Parameters