Dr.
Günther Roscher
ICS
Dr. G.
Roscher GmbH
Dr.-Ing.,
Dipl.-Math. Günther Roscher
Manager
Am
Kirchberg 6
D
- 39326 Klein Ammensleben
Tel.:
+49 39 202/52 12-6
Fax:
+49 39 202/52 12-8
www.ICSRoscher.de
webmaster@ICSRoscher.de
The
ICS Dr. G. Roscher GmbH (ICS = Intelligent Computer Systems) is a SME in Klein
Ammensleben near Magdeburg in Germany. ICS was founded in 1991, to develop,
manufacture and trade Intelligent Computer Systems.
The
topic of our R&D-activities and products are Computer Aided Solutions and
the innovative methods for real time recognition of noisy signals as EEG, ECG,
and video, technical signals up to phoneme recognition in natural speech. High
performance computer systems (multiprocessor systems, GRID) and portable devices
for wireless signal transmission are used.
The
real-time recognition is realized by using the following methods:
-
Innovative method for real-time recognition of noisy signals,
-
Neural Networks for feature extraction,
-
Fuzzy-logic for pattern recognition,
-
Evolutionary algorithms for classification,
-
Heuristic algorithms for problem without established solutions,
-
Dynamic lists for internal management of signal description in real-time,
-
Database systems for external management of signal description and clinical
data,
-
Knowledge Management Systems for the acquisition of the knowledge of the
experts.
The
strategy of our R&D activities is oriented on the application of IST and
will be developed as Computer Aided Solutions from signals, signal acquisition,
classification and recognition in to knowledge, administered by the Data Base
& Knowledge Management System (DB&KMS), designed as communicative
system, acquiring the knowledge from the leading experts. The enterprise is
founded as technology oriented enterprise with the support of the German
Ministry for Education and Research BMBF in 1992-1994 (BrainScope). The
development of the HeartScope and the wireless portable PhysioCord is supported
by pharmalogical concerns and in 1998-2000 by an R&D-project “Pattern
recognition in the ECG in real-time by a high resolution ECG-system” supported
by the BMBF.
The
experience and qualification of the Project Manager are demonstrated on the
activities:
RTV,
BrainScope, HeartScope & PhysioCord, PatiMon, CARiMan.
More
Information: www.ICSRoscher.de/projects.htm
Is graduated from the Faculty of Mathematics of the
"Otto-von-Guericke Universität" Magdeburg as Dipl.-Math. specialized
on Computer Science by the development of interpreters. From 1969 to 1984 he was
working as chief of the software development and as head of the development of
the first integrated CAD/CAM system. In 1975 he got the degree of Dr.-Ing. of
technology by the development of descriptive languages and a compiler-generator
for integrated CAD/CAM solutions for high integrated machine tools systems. From
1984 to 1994 he was working in the "Institut für Neurobiologie und
Hirnforschung der Akademie der Wissenschaften" and in the "Institut für
Physiologie" of the "Otto-von-Guericke Universität" Magdeburg
integrated in research activities related to the function of the human thinking,
using methods of computer science. Since 1994 he is manager of the ICS Dr. G.
Roscher GmbH with excellent experience in project management.
ICS1.
G. Roscher: Informationsprozesse in technischen Systemen - Modelle und Methoden
zur Erforschung des menschlichen Denkens. In Maas, J. F. Das sichtbare Denken,
Modelle und Modellhaftigkeit in der Philosophie und den Wissenschaften. Rodopi
1993, S. 153 - 179. http://www.ICSRoscher.de/maas.htm
ICS2.
G. Roscher, W. M. Herrmann, K. Henning, D. Wendt, S. Fechner, F. Godenschweger,
C. Weiß, E. Abel, A. Rijhwani, J. Martinez, N. Dahan, A. Karavas: Real-time
recognition of EEG-activity as basic for a new strategy of psychopysiological
experiments gives new insight in information processes in man. Clinical
applications of advanced EEG data processing. Rome, May 8-9 1995, p. 47. http://www.ICSRoscher.de/Rom.htm
ICS3.
G. Roscher: Mustererkennung in komplexen Signalen in Echtzeit durch die
Anwendung der Methoden der Künstlichen Intelligenz und den Einsatz leistungsfähiger
Multiprozessorsysteme. Forschungsbericht der DFMRS 1996, ISSN 0944-694X, p.
77-94. http://www.ICSRoscher.de/DFMRS.htm
ICS4.
G. Roscher, G. Pogrzeba, D. Emde, F. Neubauer: Application of a Multi-Processor
System for Recognition of EEG-Activities in Amplitude, Time and Space in
Real-Time. In: E. H. D’Hollander, G. R. Joubert, F. J. Peters, U. Trottenberg
(Eds.): Parallel Computing: Fundamentals, Applications and New Directions. 1998
Elsevier Science B. V. p. 89-96. http://www.ICSRoscher.de/Parco.htm
ICS5.
G. Roscher; A. Brattström; S. Cho;
F. Francesconi; H. Hinrikus; R. Mauser; M. Packianather; G. Pogrzeba; A.
Yankovskaya; V. Zvegintsev: Real-time Recognition of ECG by Using Powerful
Information and Communication Technology for Intelligent Monitoring of Risk
Patients. VDE-Verlag, Proceedings Volume 2, MICRO.tec 2000, Applications,
Trends, Visions, VDE World Micro-technologies Congress, September 25.-27. 2000,
EXPO 2000, Hannover, Germany, p. 759-762. http://www.ICSRoscher.de/EXPO2.htm
ICS6.
G. Roscher et al.: CAEPS - Computer Aided Environment Protection System. Expression
of Interest, Sixth Framework Programme of the European Community for research,
technological development and demonstration activities. June, 7. 2002. http://eoi.cordis.lu/docs/int_37066.pdf
ICS7.
G. Roscher et al.: PatiMon - Patient Monitoring. Expression of Interest, Sixth
Framework Programme of the European Community for research, technological
development and demonstration activities. June, 7. 2002. http://eoi.cordis.lu/docs/int_37068.pdf
ICS8.
G. Roscher et al.: RecoPhone - Recognition of Phonemes. Expression of Interest,
Sixth Framework Programme of the European Community for research, technological
development and demonstration activities. June, 7. 2002. http://eoi.cordis.lu/docs/int_37066.pdf
ICS9.
G. Roscher: Microsystems for Real-Time Recognition of the ECG. BIOTechnika 2003, MikroSytemTechnik for Life
Sciences, Hannover, 9. Oktober 2003. www.ICSRoscher.de/MST_d.htm
ICS10.
G. Roscher: Methods and Microsystems for the Real-Time Recognition of Noisy
Signals. User-Supplier-Clubs. UNESCO-Weltkulturerbe
und Museum Rammelsberg, Goslar, 26. Februar 2004. www.ICSRoscher.de/MST_e.htm