Beuth Hochschule für Technik Berlin

Prof. Dr.-Ing. Ulrich Teppner
 
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Teppner U, Göbel L, v.Oppen G, Martens K: Polarisation und magnetische Depolarisation des Fluoreszenzlichts von Mg I nach Elektronenstoáanregung in Abhängigkeit von der Elektronenenergie. Astron.&Astrophys. 52, 381 (1976)

Teppner U, Zimmermann P: Lifetime Measurements of the Lowest 2D-states in K I and Rb I Using Electric Quadrupole Excitation. Astron.&Astrophys. 64, 215 (1978)

Becker U, Teppner U, Wsthof U: Hyperfine Structure of the 7P States in the Configurations 3d54p and 3d44s4p of 53Cr.J.Phys.B 11, 2435 (1978)

Kwiatkowski M, Teppner U, Zimmermann P: Lifetime Measurements in the Triplet System of Mg I. Z.Physik A 294, 109 (1980)

Becker U, Kerkhoff H, Kwiatkowski M, Schmidt M, Teppner U, Zimmermann P: Lifetimes of the Si 3p4s 1P1 and 3p3d 1P1 States. Physics Letters 76A, 125 (1980)

Kerkhoff H, Schmidt M, Teppner U, Zimmermann P: Radiative Lifetimes of Excited Triplet States in Cd I. J.Phys.B 13, 3969 (1980)

Becker U, Kwiatkowski M, Teppner U, Zimmermann P: Lifetime Measurements of Stepwise Collisional and Radiative Excited Mn I levels. J.Phys.B 13, 2505 (1980)

Teppner U, Neubert D: A Shared Database for Investigations of Medical and Technical Aspects in ECG-Interpretation. Computer Applications in Medical Care, 490 IEEE Computer Soc (1981)

Neubert D, Teppner U, Schlief R: On the Problem of a Unique QRS-Axis Definition - Investigations by Means of a Coupled Computer System with a Large ECG-Database. IEEE Computers in Cardiology, 429 (1981)

Teppner U, Neubert D, Schlief R: An Investigation on ECG Variabilities by Using Highly Resolved Digital Data. Japan.Heart J. 23, 680 (1982)

Schlief R, Neubert D, Teppner U: On the Structure of an ECG-Source Library for Quality Control of ECG-Interpreting Systems. Japan.Heart J. 23, 677 (1982)

Neubert D, Teppner U, Schlief R: Aspects of Standardisation and Validation of Automatic ECG Interpreting Systems. Acta IMEKO, 429 (1982)

Teppner U, Neubert D: Simulation of Physiological and Technical Influences on the ECG. IEEE Computers in Cardiology, 373 (1984)

Lobodzinski S, Teppner U, Cramer E, Neubert D, Laks M: A New Technique for P-Wave Detection on the Body-Surface. Computerized Interpretation of the ECG X, 13, published by Engineering Foundation, New York (1985)

McManus C, Teppner U, Neubert D, Lobodzinski S: Estimation and Removal of Baseline Drift in the Electrocardiogram. Computers and Biomedical Research 18, 1 (1985)

Neubert D, Cramer E, Teppner U: Stability of Measurement Parameters. Computer ECG Analysis: Towards Standardization, 129, Elsevier Science Publishers B.V. (North-Holland) (1986)

Teppner U, Lobodzinski S, Neubert D, Laks M: A Technique to Evaluate the Performance of Computerized ECG Analysis Systems. J.Electrocardiology, Supplement Issue, 68 (1987)

Teppner U, Lobodzinski S, Neubert D, Laks M: A High-Fidelity Multi-Pathologic Electronic ECG Test Patient for Performance Evaluation of Computerized ECG Analysis Systems.  IEEE Computers in Cardiology, 247 (1987)

Teppner U: Validierung von EKG-Systemen.  Arbeitsgemeinschaft für angewandte Humanpharmakologie (1994)

Lobodzinski SM, Teppner U, Kuzminska M, Laks, MM:  Scan Conversion of Clinical Electrocardiograms, Proceedings of the 2nd Latin American Congress on Biomedical Engineering, Habana, Cuba May 21-26, (2001)

Lobodzinsk SM, Iobbi G, Teppner U, Laks MM:  A New Method For Creation Of Digital ECG Databases From Hard Copy ECGs, IEEE Computers in Cardiology, 2002 September (2002)

Lobodzinski SM, Teppner U, Kuzminska M, Laks MM:  Optical ECG Waveform Recognition, Journal of Electrocardiology, Vol 35, pp 285 (2002)

Lobodzinski SM, Heuer M, Teppner U, Ginzton LE. Streaming Video Server Architecture for Cardiac PACS. IEEE Computers in Cardiology, 2002 September (2002)

Lobodzinski SM, Teppner U, Laks MM.  New Developments in Creation, Preservation and Reuse of ECG Knowledge Bases. International Journal of Bioelectromagnetism Vol. 5, No. 1, pp. 114 - 117 (2003)

Lobodzinski SM, Teppner U, Kuzminska M, Laks MM. State of the Art Techniques for Preservation and Reuse of Hard Copy Electrocardiograms.  Journal of Electrocardiology, Vol 36, pp 126. (2003)

Lobodzinski SM, Teppner U, Laks MM.  Biopotential fiber sensors have equivalent in vivo electric performance to standard Ag-AgCl wet electrodes. Journal of Electrocardiology, Volume 42, Issue 6, November–December 2009, Page 616 (2009)

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