TKK / Tietoliikennelaboratorio / Kurssit / S-72.245 Transmission Methods in Telecommunication Systems
S-72.245
Transmission Methods in Telecommunication Systems (4 cr)
NO FURTHER LECTURES
- SEE http://www.comlab.hut.fi/studies/1140/
LATEST INFO:
Exam on 21.12.2005 results and oodi markings.
Fall 2004
27 + 27 (2 + 2) Fall term |
|
Lecturer | prof. Timo O. Korhonen, tel.
09 451 2351 |
Course assistant | Research Scientist Seppo
Saastamoinen, tel. 09 451 5417, Research
Scientist Liu Yanshuang (Matlab
tutorials), tel. 09 451 5671 |
Course highlights | Digital and analog baseband signals. Amplitude, phase and frequency modulation, Error performance of systems in AWGN channel. Bandpass carrier wave transmission and transmission channels. Channel coding and some transmission level applications. This course continues by S-72.227 Digital Communication Systems in spring term. |
Bases of grading | Closed-book exam. By
participating to tutorials you can upgrade your exam grade at maximum
by 1.
n
|
Course books | A. B. Carlson: Communication
Systems IV Ed
Handbooks: B. P. Lathi: Modern
Digital and Analog Communication Systems 3/e, Oxford University Press
1998. William Stalling: Wireless
Communications and Networks, J. G. Proakis: Digital
Communications |
Prerequisites | S-72.060 Signals
and Systems |
Contact
pages/ Notice board |
Course homepage: http://www.comlab.hut.fi/opetus/245/ |
Timetable | Lectures
start on Tuesday 21st of September '04 14-16, in hall S4.
Tutorials will be arranged in Finnish and English groups:
For tutorial practicalities follow
this link!
Register to the course
(lectures and tutorials) by
using the Topi system! Excursions are possible during
this autumn. |
Note | This course is a part of the
curriculum of The International
Master's Program in Telecommunication and is lectured in English.
Remember to follow this homepage for the latest course info! (Use
the supplied feedback form if any questions.) |
Last updated | 2.1.2006 by Seppo Saastamoinen |
Telecommunication systems work by using various kind of transmission channels whose properties inevitably dictate a great deal of system design. For instance, communication by microwave links, cellular mobile technology (wireless channel), Public Switched Telephone Network (PSTN), or by Power Line Communications (PLC), set a highly different requirements for telecommunication system design. The objective of this course is to inspect the various ways to deal with the challenging transmission channel in order to enable reliable and efficient telecommunications.
Course starts by inspecting properties of the most common communication channels (as for instance time-variable transfer function) and proceeds then to analyze the various modulation techniques. We consider first the analog approach that is then extended to digital telecommunications. Most telecommunication systems apply carrier wave modulation to convey information where an important component is system error performance. Application of coding plays an important part to maximize the transmitted information (source coding) and to reassure optimal reception (channel coding). We focus on understanding why, and how coding can be used to realize high-quality telecommunication systems. Considering the effects of noise, interference and limited bandwidth on modulated/coded transmission are also an important part of the course.
News
- 13.9.2005 OODI results basing
the exam on 5.9.2005 and final points of tutorial and Matlab exercises
are here.
- 08.6.2005 OODI results basing
the exam on 10.5.2005 and final points of tutorial and Matlab exercises
are here.
- 28.2.2005 OODI results basing
the exam on 31.1.2005 and final points of tutorial and Matlab exercises
are here.
- 25.2.2005 Results of the exam on 31.1.2005 are here
- 18.1.2005 Results
of the Matlab exercises (dated on 21.1.2004 at 4 p.m.) are here.
- 11.1.2005 Results
of the exam on 21.12.2004 are here. To pass exam 14 points are
needed. To get grade 5 from exam 40 points are needed. On the table you
also see
tutorial points (TGRADE) and Matlab points (MGRADE) and the Oodi
results
= course grades. OGRADE = ROUND(EGRADE+TGRADE+MGRADE). Remark that
OGRADE can change when all Matlab exercises are graded (2nd deadline is
on 21.1.2005).
- 22.12. Final
results of Tutorial points are here!
- 15.12. Extra lecture notes added and
Tutorial 11 solutions added (see below!).
- 10.12. All lecture slides (L1 - L11),
totally 139 A4 pages, are available for copying. There are 11 envelopes
containing slides (2 slides per A4 page) in a box on the table under
courses noticeboard (on the corridor, near the E-wing).
If needed please copy those papers as quick as possible - don't borrow
those slides over a night! And don't mix the envelopes! REMARK! There
are no handouts available from Edita concerning this course!
- 8.12. Example figures of Matlab exercises 1 - 10 are now available here: http://www.comlab.hut.fi/opetus/245/2004/matlab.html
- 1.12. Tutorial info has now been
updated, see http://www.comlab.hut.fi/opetus/245/tutorialinfo.html
- 26.11. Example figures of Matlab
exercises 1 - 4 are now available here: http://www.comlab.hut.fi/opetus/245/2004/matlab.html
- 4.11. What to read for exam? See page examinfo.pdf ver. 1 (page can be updated). All necessary formulas are given in exam paper so you not need to carry on rote learning!
- Lectures on Tuesday, 26.10.04 are cancelled.
- 21.10. Information about Matlab
assignments is now added to the EeFORUM, see http://tltpc12.hut.fi/cgi-bin/mwf/board_show.pl?bid=16 Please write your question in
English when using EeFORUM and remember that you can return all the
assignments at the same time before the 1st exam!
- 5.10.2004 It seems that many students are lacking motivation in doing Matlab assignments. We have therefore decided that you can earn extra points by returning your Matlab exercises to the mailbox (2nd floor of E-wing) or to tutorials. This additional increase of your total course grade is at maximum 1/2. Example: If your exam grade is 2,3 and you have participated all tutorials and returned all related correct Matlab solutions your final grade would be 2,3 + 1 + 0,5 => grade = 4.
- 28.9.2004 Information
about coming excursions is available here!
- Results and OODI-markings of the exam on
27.8.2004 can be found here
- 20.9.2004 Handout links added
- 9.9.2004 Information about tutorials is added.
- 24.8.2004 An example of old exam can be found here. Esimerkkitentin voit ladata tästä.
- 24.8.2004 homepage published
- Follow this section for the latest course info!
Course outline, fall 2004
- Course introduction
- Transmission channels
- Baseband and bandpass systems
- Linear and exponential analog transmission
- Digital transmission
- Coding and noise in transmission
Handouts
Lecture 1: Introduction
(ppt),
pdf,
Tutorial 1 (doc), pdf
Lecture 2: Transmission
channels (ppt); pdf
Tutorial 2 (doc), pdf-
Supplementary: Nonlinear
distortion (pdf)
Lecture 3: Linear
modulation (ppt) ; pdf
Tutorial 3 (doc) ; pdf
Lecture 6: CW
system (ppt) ; pdf
Tutorial 6 (doc) ; pdf
Lecture 7: Baseband
digital transmission (ppt) ; pdf
Tutorial 7 (doc) ; pdf
Lecture 8: Review
(ppt) ; pdf (note
that all the materials of this set can be found from earlier notes)
Tutorial 8 (doc); pdf
Lecture 9: PCM (ppt) ; pdf
Tutorial 9 (doc); pdf
Lecture 10: Carrier
wave
digital transmission (ppt); pdf
Tutorial 10
(doc); pdf - SOLUTIONS
*