Difference between revisions of "LNTwww:Imprint for the book "Signal Representation""
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| − | '''Five main chapters with a total of 19 chapters (files); 58 Exercises ⇒ Two semester hours per week | + | '''Five main chapters with a total of 19 chapters (files); 58 Exercises ⇒ Two semester hours per week lecture and one hour per week exercise<br> |
Development of the German version: 2002–2017. Development of the English version: 2020/21. Last corrections: April 2021 | Development of the German version: 2002–2017. Development of the English version: 2020/21. Last corrections: April 2021 | ||
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* Participating colleague and expert:[[Biographies_and_Bibliographies/LNTwww_members_from_LNT#Dr.-Ing._Francisco_Javier_Garc.C3.ADa_G.C3.B3mez_.28at_LNT_from_2016-2021.29| '''Javier Garcia Gomez''']] (responsible for the English version), [[Biographies_and_Bibliographies/Beteiligte_der_Professur_Leitungsgebundene_%C3%9Cbertragungstechnik#Prof._Dr.-Ing._Norbert_Hanik_.28at_LNT_from_1989-1995.2C_at_L.C3.9CT_since_2004.29|'''Norbert Hanik''']] | * Participating colleague and expert:[[Biographies_and_Bibliographies/LNTwww_members_from_LNT#Dr.-Ing._Francisco_Javier_Garc.C3.ADa_G.C3.B3mez_.28at_LNT_from_2016-2021.29| '''Javier Garcia Gomez''']] (responsible for the English version), [[Biographies_and_Bibliographies/Beteiligte_der_Professur_Leitungsgebundene_%C3%9Cbertragungstechnik#Prof._Dr.-Ing._Norbert_Hanik_.28at_LNT_from_1989-1995.2C_at_L.C3.9CT_since_2004.29|'''Norbert Hanik''']] | ||
| − | *Basic materials ⇒ Lecture manuscripts of the LNT: [Eich03]<ref name='Eich03'>Eichin, K.: Nachrichtentechnik I (LB) – Signaldarstellung. Lecture manuscript, Chair of Communications Engineering, TU München, 2003. </ref>; [Han15]<ref name='Han15'>Hanik, N.: Nachrichtentechnik 1 (LB): Signaldarstellung. Lecture manuscript, Associate Professorship of Line Transmission Technology, TU München, 2015.</ref>; [Söd12]<ref name='Söd12'>Söder, G.: Simulationsmethoden in der Nachrichtentechnik. Guidance (in German) for the experiment of the same name in the practical course "Simulation of Digital Transmission Systems"; Lecture manuscript, Chair of Communications Engineering, TU München, 2012.</ref>; [Söd93]<ref name='Söd93'>Söder, G.: Modellierung, Simulation und Optimierung von Nachrichtensystemen. Bd. 23. Berlin, Heidelberg: Springer, 1993. ISBN 978-3-54057-215-2</ref>; textbook of their PhD supervisor: [Mar94]<ref name='Mar94'>Marko, H.: Methoden der Systemtheorie. 3. Auflage. Berlin – Heidelberg: Springer, 1994.</ref> | + | *Basic materials ⇒ Lecture manuscripts of the LNT: '''[Eich03]'''<ref name='Eich03'>Eichin, K.: Nachrichtentechnik I (LB) – Signaldarstellung. Lecture manuscript, Chair of Communications Engineering, TU München, 2003. </ref>; '''[Han15]'''<ref name='Han15'>Hanik, N.: Nachrichtentechnik 1 (LB): Signaldarstellung. Lecture manuscript, Associate Professorship of Line Transmission Technology, TU München, 2015.</ref>; '''[Söd12]'''<ref name='Söd12'>Söder, G.: Simulationsmethoden in der Nachrichtentechnik. Guidance (in German) for the experiment of the same name in the practical course "Simulation of Digital Transmission Systems"; Lecture manuscript, Chair of Communications Engineering, TU München, 2012.</ref>; '''[Söd93]'''<ref name='Söd93'>Söder, G.: Modellierung, Simulation und Optimierung von Nachrichtensystemen. Bd. 23. Berlin, Heidelberg: Springer, 1993. ISBN 978-3-54057-215-2</ref>; textbook of their PhD supervisor: '''[Mar94]'''<ref name='Mar94'>Marko, H.: Methoden der Systemtheorie. 3. Auflage. Berlin – Heidelberg: Springer, 1994.</ref> |
*Participating students in chronological order: Martin Winkler '''(2001)''', Yven Winter, Franz Kohl, Reinhold Sixt, Roland Kiefl, Thorsten Kalweit, Markus Elsberger, Bettina Hirner, Ji Li, Thorsten Kalweit, Slim Lamine, Johannes Schmidt, Hedi Abbes, Thomas Großer, Néjib Kchouk, Khaled Soussi, Alexander Happach, Felix Kristl, Martin Völkl, David Ginthör, Hussain Sandhu, Mohamed Mansoor, Ayush Patel, Lukas Wolf, David Jobst, Jimmy He, Xiaohan Liu, Matthias Niller, Veronika Hofmann, André Schulz, Andrés Rosa Aparicio, Fatih Onur Özdemir, Noah Nagi, Carolin Mirschina '''(2021)''' | *Participating students in chronological order: Martin Winkler '''(2001)''', Yven Winter, Franz Kohl, Reinhold Sixt, Roland Kiefl, Thorsten Kalweit, Markus Elsberger, Bettina Hirner, Ji Li, Thorsten Kalweit, Slim Lamine, Johannes Schmidt, Hedi Abbes, Thomas Großer, Néjib Kchouk, Khaled Soussi, Alexander Happach, Felix Kristl, Martin Völkl, David Ginthör, Hussain Sandhu, Mohamed Mansoor, Ayush Patel, Lukas Wolf, David Jobst, Jimmy He, Xiaohan Liu, Matthias Niller, Veronika Hofmann, André Schulz, Andrés Rosa Aparicio, Fatih Onur Özdemir, Noah Nagi, Carolin Mirschina '''(2021)''' | ||
Revision as of 19:09, 20 December 2022
Five main chapters with a total of 19 chapters (files); 58 Exercises ⇒ Two semester hours per week lecture and one hour per week exercise
Development of the German version: 2002–2017. Development of the English version: 2020/21. Last corrections: April 2021
- Project responsibility: Gerhard Kramer, Javier Garcia Gomez, Günter Söder, Tasnád Kernetzky (Web administrator)
- Authors: Günter Söder (responsible for the German version) and Klaus Eichin
- Participating colleague and expert: Javier Garcia Gomez (responsible for the English version), Norbert Hanik
- Basic materials ⇒ Lecture manuscripts of the LNT: [Eich03][1]; [Han15][2]; [Söd12][3]; [Söd93][4]; textbook of their PhD supervisor: [Mar94][5]
- Participating students in chronological order: Martin Winkler (2001), Yven Winter, Franz Kohl, Reinhold Sixt, Roland Kiefl, Thorsten Kalweit, Markus Elsberger, Bettina Hirner, Ji Li, Thorsten Kalweit, Slim Lamine, Johannes Schmidt, Hedi Abbes, Thomas Großer, Néjib Kchouk, Khaled Soussi, Alexander Happach, Felix Kristl, Martin Völkl, David Ginthör, Hussain Sandhu, Mohamed Mansoor, Ayush Patel, Lukas Wolf, David Jobst, Jimmy He, Xiaohan Liu, Matthias Niller, Veronika Hofmann, André Schulz, Andrés Rosa Aparicio, Fatih Onur Özdemir, Noah Nagi, Carolin Mirschina (2021)
$\text{List of sources:}$
- ↑ Eichin, K.: Nachrichtentechnik I (LB) – Signaldarstellung. Lecture manuscript, Chair of Communications Engineering, TU München, 2003.
- ↑ Hanik, N.: Nachrichtentechnik 1 (LB): Signaldarstellung. Lecture manuscript, Associate Professorship of Line Transmission Technology, TU München, 2015.
- ↑ Söder, G.: Simulationsmethoden in der Nachrichtentechnik. Guidance (in German) for the experiment of the same name in the practical course "Simulation of Digital Transmission Systems"; Lecture manuscript, Chair of Communications Engineering, TU München, 2012.
- ↑ Söder, G.: Modellierung, Simulation und Optimierung von Nachrichtensystemen. Bd. 23. Berlin, Heidelberg: Springer, 1993. ISBN 978-3-54057-215-2
- ↑ Marko, H.: Methoden der Systemtheorie. 3. Auflage. Berlin – Heidelberg: Springer, 1994.
