Search

Your search keyword '"Heistermann, T."' showing total 9 results
Start Over Author "Heistermann, T."
9 results on '"Heistermann, T."'

3. Travelling Fires for CFD

Author

Sandström, J., primary, Cheng, X., additional, Veljkovic, M., additional, Wickström, U., additional, and Heistermann, T., additional

Published
2011
Full Text
View/download PDF

4. Travelling Fires for CFD

Author

Sandström, J., primary, Cheng, X., additional, Veljkovic, M., additional, Wickström, U., additional, and Heistermann, T., additional

Published
2011
Full Text
View/download PDF

7. Thermal insulation with no to the cold thermal bridge.

Author

de Silva, H. L. Tharaka, Vossebein, L., Weber, M., and Heistermann, T.

Abstract

The article reports on research on the use of a 3D textile as thermal insulation in metallised surfaces for spacer fabrics as of 2014. Topics discussed include the increase of thermal resistance through incorporation of metallised yarns into spacer textiles, and the lightweight and breathability of 3D warp-knitted textiles which open design options. Also mentioned is the direct incorporation of the metallised yarns to simplify processes and make cold-weather items more affordable.

Published
2014

8. Functional curtains -- the clever alternative to freezing.

Author

Aumann, S., de Silva, T., Heistermann, T., Ehrmann, A., and Geilhaupt, M.

Abstract

The article discusses the use of interior infrared-reflecting textiles for returning body heat back to the room for maintaining a comfortable temperature. According to the author, textile specialists in Mönchengladbach are involved in a research project that involves studying how to maintain a pleasant temperature in rooms during the winter. The author notes that the possibilities of textile treatment with water-based, metallic pigment coatings for energy-conserving are being studied.

Published
2012

9. Artifact removal algorithm for an EMG-based Silent Speech Interface.

Author

Wand M, Himmelsbach A, Heistermann T, Janke M, and Schultz T

Subjects
Algorithms, Artifacts, Electromyography, Humans, Muscle Contraction, Speech physiology, Facial Muscles physiology
Abstract

An electromygraphic (EMG) Silent Speech Interface is a system which recognizes speech by capturing the electric potentials of the human articulatory muscles, thus enabling the user to communicate silently. This study deals with improving the EMG signal quality by removing artifacts: The EMG signals are captured by electrode arrays with multiple measuring points. On the resulting high-dimensional signal, Independent Component Analysis is performed, and artifact components are automatically detected and removed. This method reduces the Word Error Rate of the silent speech recognizer by 9.9% relative on a development corpus, and by 13.9% relative on an evaluation corpus.

Published
2013
Full Text
View/download PDF

Catalog

Books, media, physical & digital resources
See catalog results