Dr.-Ing. Tim Dahmen

Contact +49 681 85775 1045 (Saarbrücken)

Address (Saarbrücken) Gebäude D3 4Stuhlsatzenhausweg 366123 Saarbrücken

Publications

A Neural Model for High-Performance Scanning Electron Microscopy Image Simulation of Porous Materials
Tim Dahmen; Niklas Rottmayer; Markus Kronenberger; Katja Schladitz; Claudia Redenbach
In: Synthetic Data for Computer Vision Workshop @ CVPR 2024. CVPR Workshop on Synthetic Data for Computer Vision (SynData4CV-2024), located at CVPR 2024, June 18, Seattle, OR, USA, CFV, 6/2024.
Characteristic Changes of the Stance-Phase Plantar Pressure Curve When Walking Uphill and Downhill: Cross-Sectional Study
Christian Wolff; Patrick Steinheimer; Elke Warmerdam; Tim Dahmen; Philipp Slusallek; Christian Schlinkmann; Fei Chen; Marcel Orth; Tim Pohlemann; Bergita Ganse
In: Journal of Medical Internet Research (JMIR), Vol. 26, Page e44948, JMIR Publications, 5/2024.
Novel ground reaction force-based parameters for monitoring rehabilitation in tibial fractures
Christian Wolff; Elke Warmerdam; Tim Dahmen; Tim Pohlemann; Philipp Slusallek; Bergita Ganse
In: Gait & Posture, Vol. 113, Pages 256-257, Elsevier, 2024.

ENGAGE
NExt GeNeration ComputinG Environments for Artificial intelliGEnce
ENGAGE is a project within the framework of the strategic research and innovation agenda of DFKI and Inria in the field of artificial intelligence. Advances in machine learning algorithms and hardware…
Smart Imp
Smart Implants
Smart Implants for complicated bone fractures
Smart Implants is an interdisciplinary project that brings together expertise from medicine, materials science, mechanics and computer science to improve…
IIP-EXTREM
Individualized Implants and Prosthetics for the lower Extremities
With the aim to treat severe injuries to the lower limbs individually and in an optimal manor - that means to take decisions technically supported and objective - the research project…
IBAS-STEM
Image-Based Adaptive Sampling for SEM and STEM Imaging
In this project, we will develop sparse sampling strategies, also called compressed sensing (CS), to increase in the throughput and reduce the required electron dose of three dimensional (3D) Scanning…
NOTOX
Predicting long term toxic effects using computer models based on systems characterization of organotypic cultures
In dem hälftig von der EU und dem COLIPA-Verbund der kosmetischen Industrie geförderten Projekt “NOTOX” sollen systembiologische Werkzeuge entwickelt werden, um die toxische Langzeitwirkung von…