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Ansprechpartner

Prof. Heidi Krömker

Institutsleiterin

Telefon +49 3677 69-2890

E-Mail senden

Ihre Position

INHALTE

ADSP / Digital Signal Procesing 2

Professor responsible for teaching: Prof. Dr.-Ing Gerald Schuller

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Events and Information

Wintersemester / Winter semester 2020/2021

All Participants please register in Moodle2! The latest slides, homework assignments and short quizzes will be uploaded in Moodle2 as well. Final grade for the course consists of = 0.7*Exam + 0.3*(0.75*homework assignments + 0.25*quizzes).

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Lectures

Every Tuesday, 09:00-10:30am in Kirchhoff-Hörsaal 1 (42. - 06. KW) -- Online ONLY

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Seminars

Seminars start after the first lecture!

GroupTimeRoom
1. Group A (CSP_MA_1.FS 1)

Monday, even week, 11.00 - 12.30 (42. - 04. KW)

K 2032

2. Group B (CSP_MA_1.FS 2)

Monday, odd week, 15.00 - 16.30 (43.- 05. KW)

K 2003A

3. Group C (MT_MA_2.FS 1,MT_MA_2.FS 2)Thursday, odd week, 09.00 - 10.30 (43.- 05. KW)K 2002A

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Contacts

Prof. Dr.-Ing. Gerald Schuller:

gerald.schuller@tu-ilmenau.de

Office: K3014

 

M.Sc. Oleg Golokolenko:

oleg.golokolenko@tu-ilmenau.de

Tel: +49(3677) 69-1673
Office: K3013

 

 

 

Content

Lectures - Winter Semester 2019-2020

  • Lecture: 0 Introduction [pdf]
  • Lecture: 1 Quantization, Sampling [pdf]
  • Lecture: 2 Quantization, SNR [pdf]
  • Lecture: 3 SNR, non-uniform Quantisation [pdf]
  • Lecture: 4 Lloyd-Max Quantizer, LBG [pdf]
  • Lecture: 5 Vector Quantizer, LBG [pdf]
  • Lecture: 6 Sampling [pdf]
  • Lecture: 7 z-Transform, Filters [pdf]
  • Lecture: 8 Noble Identities, Filters [pdf]
  • Lecture: 9 Allpass Filters [pdf]
  • Lecture: 10 Frequency Warping, Example [pdf]
  • Lecture: 11 Hilbert Transform [pdf]
  • Lecture: 12 Wiener and Matched Filter, Prediction [pdf]
  • Lecture: 13 Matched Filters [pdf]
  • Lecture: 14 Prediction [pdf]
  • Lecture: 15 Summary using Examples [pdf]

 

Additional Information:

  • Python programs for the ADSP, together with python notebook files: Examples
  • Python Installation Guide (Linux) [pdf]
  • Python Installation Guide (Windows) [pdf]

Literature and Links

Books

Title

[1] Alan V. Oppenheim, Ronald W. Schafer, with John R. Buck:    “Dicrete-Time Signal Processing” ; Pearson 2010, 3rd Edition, ISBN:0-13-206709-9;  (UB Ilmenau ELT ZN 6040 O62-A(3))

[2] John G. Proakis; Maoud Salehi:    “Digital Communications”; McGraw-Hill 2008, ISBN 978-0-07-295716-7;  (UB Ilmenau 79 ELT ZN6040 P962)

[3] N.J. Fliege : „Multirate Digital Signal Processing“; John Wiley and Sons , Ltd. 1996 and 2005
[4] Khalid Sayood: " Introduction to Data Compression"; Morgan Kaufman 2005 (UB Ilmenau : INF ST 265 S275(4))
[5] Monson H. Hayes: " Statistical Digital Signal Processing and Modelling"; Wiley, 1996 ISBN:0471594318
[6] Alan V. Oppenheim, Alan S. Willsky with S. Hamid Nawab:    “Signals and Systems” ; Prentice-Hall 1996, 2nd Edition, ISBN:0-13-814757-4
[7] W. Zühlke:     Script of Lectures “Digitale Signalverarbeitung und Automatische Spracherkennung” in the years up to 2004
[8] P. S. R. Diniz, E.A.B. da Silva, S. L. Netto: Digital Signal Processing - System Analysis and Design 2. ed.  Cambridge Univ. Press 2010; ISBN 978-0-521-88775-5
[9] I.C. Ifeachor, B.W. Jervis: Digital Signal Processing A Practical Approach; Pearson Education Ldt 2002, 2. ed.; ISBN 0-201-59619-9