Publications of Richard Schubert - Dioploma work: Diffuse Röntgenstreuung an Molekülkristallen
[Diffuse X-ray scattering on molecular crystals], University Bayreuth, 1987 - Thesis: Randschichtreflektometrie hochfrequenzgeheizter Plasmen an
ASDEX [Edge density X-mode reflectometry of RF-heated
plasmas on ASDEX], Technical University of Munich, 1991 other publications:
1) R. Schubert, F. Braun, J. Gernhardt, F. Hofmeister, F. Leuterer, M. Münich, J.-M. Noterdaeme, F. Wesner, Edge density x-mode reflectometry of RF-heated plasmas on ASDEX, Controlled Fusion and Plasma Physics, Amsterdam, 1990; pp. 1552-1555 (abstract and whole text available online ) 2) V.A. Petrzilka, F. Leuterer, F.X. Söldner, L. Gianone, R. Schubert, non-linear coupling of the lower hybrid grill in ASDEX, Nuclear Fusion, Vol. 31, No 9 (1991); pp 1758-1767 3) R. Cesario, R. Bartiromo, A. Cardinali, F. Paoletti, V. Pericoli-Ridolfini, R. Schubert, density fluctuation and spectral broadening during the lower hybrid current drive experiment on ASDEX, Nuclear Fusion, Vol. 32, No. 12 (1992); pp 2127-2135 4) P. Heide, R. Schubert und M. Joppich, Berührungslose
Geschwindigkeitsmessung nach dem Dopplerprinzip mit Ultraschall und Mikrowellen
[Contactless speed measurement using the Doppler
principle with ultrasound and microwaves], SENSOREN - Technologie
und Anwendung, Bad Nauheim 1992 5) M. Joppich, R. Schubert und V. Mágori, Radar-Sensoren für Geschwindigkeit und Weg über Grund, sowie für die Zuglänge [Radar sensors for measurement of ground speed and traveled distance], 8. Fachtagung Entwicklung der Sicherungstechnik in Theorie und Praxis, Dresden, Nov. 1993,
6) P. Heide, R. Schubert, V. Mágori, R. Schwarte, 24 GHz Low-Cost Doppler Speed-over-Ground Sensor with Fundamental-Frequency PHEMT-DRO, IEEE GAAS'94 European GaAs Application Symposium, Torino, April 1994 7) R. Schubert, Sensor for plasma density profile
measurement in magnetic fusion machine, Sensors and Actuators
A, 41-42, pp. 53-57, 1994 8) P. Heide, R. Schubert, V. Mágori, R. Schwarte,
24 GHz low-cost Doppler sensor with fundamental-frequency GaAs pseudomorphic
HEMT oscillator stabilized by dielectric resonator operating in higher-order
mode, IEEE MTT-S International Microwave Symposium, San Diego,
May 1994 9) M. Joppich, P. Heide, R. Schubert, V. Mágori, Radar-Sensoren
für Geschwindigkeit und Weg über Grund, sowie für die Erfassung
der Länge von Zügen, [Radar sensors
for measurement of ground speed and traveled distance, as well as for
the measurement of the length of trains] SENSOREN - Technologie und
Anwendung, Bad Nauheim 1994 10) M. Joppich, R. Schubert, V. Mágori, Error Limits of Speed Measurement Using On-board Doppler Radar Systems from a Theoretical and Practical Viewpoint, Sensor, Nuremberg, 1995 11) R. Schubert, P. Heide, V. Mágori,
Microwave Doppler Sensors Measuring Vehicle Speed and Traveled Distance:
Realistic System Tests in Railroad Environment, MIOP 95, Stuttgart
- Sindelfingen, 1995 12) P. Heide, R. Schubert, V. Mágori, R. Schwarte, A high performance multisensor system for precise vehicle ground speed measurement, Microwave Journal, pp. 22-34, 1996 13) R. Schubert, Meßtechnik mit Radar, Berührungslose Messung von Weg und Geschwindigkeit [Radar measurement technology, contactless measurement of traveled distance and speed], STRASSENBAHNMAGAZIN, 6/97, pp. 28-30 14) R. Schubert, Höhen und Tiefen, Stereoskopische Aufnahmen mit Flachbettscannern [Heights and Depths, Stereoscopic Images Taken by Flatbed Scanners], c’t 18/98, 31.8.98, pp. 179-181 15) R. Schubert, Neues stereoskopisches Aufnahmeverfahren für Bilder und Reliefs mittels Flachbettscanner [New Method for Taking Stereoscopic Images of Paintings and Reliefs by Means of Flatbed Scanner], poster session, EVA '98, Berlin, Nov. 1998 16) R. Schubert, Flatbed Scanner as Optical 3D-Sensor,
3D-NordOst 1998,
Berlin, Dec. 1998 17) R. Schubert, Stereoscopic Scanner in Quality Control, QCAV'99, Trois-Rivières, Québec, Canada, May 1999 18) P. Heide, M. Vossiek, M. Nalezinski, L. Oréans, R. Schubert,
M. Kunert, 24 GHz short-range microwave sensors
for industrial and vehicular applications, Workshop “Short Range
Radar”, TU Ilmenau, July 15-16, 1999 19) R. Schubert, Stereo/3D Scanner for Use in
Art and Museums, poster session, EVA'99, Berlin Nov. 1999
20) R. Schubert, Using a flatbed scanner as a stereoscopic near-field camera, IEEE Computer Graphics and Applications, issue: March/April 2000; pp 38-45 21) R. Schubert, Wackelbilder, Vorlagen für 3D-Linsenrasterbilder mit Flachbettscanner herstellen [making 3D lenticular images with flatbed scanners], c’t 15/00, 17.7.00, S. 190-191 22) R. Schubert, 3D-Makros mit Flachbettscannern
[3D macros by means of flatbed scanners ],
Dia-Magazin (mit 3D-Journal), 04/00 23) R. Schubert, 3D-Linsenrasterbilder
von in 3D-eingescannten Kunstobjekten
[3D lenticular images from objects of art scanned
in 3D], oral present. EVA'2000, Berlin, 26.10.00 24) R. Schubert, Farbige 3D-Aufnahmen mit Flachbettscanner - Auch akademisch
ein interessantes Verfahren [Three dimensional color
pictures by means of a flatbed scanner - also academically an interesting
procedure],
7. Workshop Farbbildverarbeitung, Erlangen, 4.-5. Oktober 2001 26) R. Schubert, Dreidimensionale Aufnahmen mit dem Flachbettscanner - Ein Verfahren und seine Anwendungen [Three dimensional pictures by means of a flatbed scanner - A procedure and its applications], 3D-NordOst 2001, Berlin, Dec. 2001 27) R. Schubert, Vom Wackelbild zur Kunst, [3D Lenticular Images Becoming Art], poster session, EVA'2002, Berlin, Nov. 2002 28) R. Schubert, Routinemäßige Herstellung von Vorlagen für 3D-Multiview-Bilder, [Producing 3D-Multiview Pictures on a Routine Basis], 3D-NordOst 2002, Berlin, Dec. 2002 29) R. Schubert, An Example of the Interaction of Technology and Creativity, poster session, EVA 2008 Moscow, 1.-4. December 2008 30) R. Schubert, C. Bornowski, Neuartige emotional besetzte 3-D-Bildmotive – Nutzungsmöglichkeiten von emotionaler Konnotierung zur projektiven Diagnostik [New kind of emotionally loaded 3D pictures - Possibilities of using emotional connotation for projective diagnosis] Psychologische Medizin 1/2013 31) R. Schubert, Aesthetic Creation and Operator Inversion, Poster at KLAS-Workshop Max-Planck-Institut, November 2017, Potsdam
(The first page of the following documents is linked as
pdf file. The whole text of these documents and further informations concerning
German and international patent applications and if granted the corresponding
international patent documents are available
online
at the German Patent Office
in Munich. Please, simply use the search function and type in the corresponding
keywords or document numbers.) 1) R. Schubert, Mikrowellen-Dopplermodul [microwave Doppler module], Nov./16/95; (PDF_OCR) 2) P. Heide, R. Schubert, R. Schwarte, V. Mágori, Anordnung zur ortsselektiven Geschwindigkeitsmessung nach dem Doppler-Prinzip [device for location selective speed measurement according to the Doppler principle], May/15/96; (PDF_OCR) 3) A. Schulte, O. Brüggemann, P. Heide, R. Schubert, Vorrichtung und Verfahren zur Ortsbestimmung [device and procedure for location], Sep./02/99; (PDF_OCR) 4) R. Schubert, Verfahren zur dreidimensionalen Erfassung räumlicher Gegenstände mit einem Flachbettscanner und Vorrichtung zur Durchführung des Verfahrens [procedure for capturing three dimensional objects by means of a flatbed scanner and device for implementing this procedure], Apr./27/00; (PDF_OCR) 5) R. Schubert, Verfahren zur Bestimmung einer einem Frequenzspektrum zugehörigen Frequenz [procedure for the determination of the frequency relating to a frequency spectrum], Jun./21/00; (PDF_OCR) (Corresponding European patent: Verfahren zur Analyse von Dopplersignalen, [method for analysis of doppler signal], 04.12.2002,) 6) R. Schubert, Einrichtung zur Lagekennzeichnung einer Weichenzunge, [apparatus for detecting the position of points of a railroad switch], 30.1.2003)
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