S-38.220 Tietoliikenteen signaalinkäsittelyn lisensiaattikurssi (4 ov) LV

Licentiate course on signal processing in communications (4 cp) P

The topic of this course in Fall 1997 will be:

Multiuser Detection in CDMA Mobile Communications

Teacher: Professor Timo Laakso
Timo.Laakso@hut.fi , Tel. : 451 2473 Office: SG 210

Assistant: Senior Assistant Ramin Baghaie
Ramin.Baghaie@hut.fi , Tel. : 451 2469 Office: SG 211

This course will be held in English.

The requirements for passing the course are:

· Sufficient participation in seminar meetings (80%);
· Oral presentation and a written report on the chosen topic.

Lectures: Thursdays 14-16, H 401

Schedule:

Date	Contents	Speaker
23.9	Registration and organization of the course	Timo Laakso Ramin Baghaie
9.10	CDMA Overview - basics of CDMA systems in radio channels, matched filter receiver, RAKE receiver, near-far problem, power control	Mika Raitola
9.10	Optimal Multiuser Detection (AWGN) - Verdu’s receiver in Gaussian multiuser channel. Decorrelation detector. Optimal linear receiver (Lupas & Verdu)	Maarit Merikallio
23.10	Channel Estimation Methods for CDMA: ML, EM and PIC approaches	Petri Karttunen
23.10	Wide band CDMA in Europe and elsewhere	Antti Toskala
30.10	Channel Estimation in CDMA systems - basic techniques. Data-aided (interference cancellation) approaches	Wezi Chekwe
30.10	The mobile radio channel and how to live with it	Juha Heiskala
30.10	Coding and Interleaving in CDMA Systems	Kimmo Hiltunen
6.11	Adaptive single-user receivers for multiple-antenna reception (mobile)	Stefan Werner
6.11	Power control in CDMA systems	Hassan El-Sallabi
13.11	Code selection for CDMA systems	Kimmo Kettunen
13.11	Synchronization in CDMA systems	Lars Lindh
13.11	Hybrid CDMA/TDMA systems	Harri Holma
13.11	Multiuser receivers for multiple-antenna reception	Adrian Boukolov
20.11	Suboptimal Multiuser Detectors (AWGN) - Varanasi &Aazhang multistage detection. Interference cancellation schemes	Jouko Lokio
20.11	Implementation of multiuser receivers	Pekka Karppinen
20.11	Fixed-point implementation of Multiuser algorithms	Mika Jäsberg
27.11	Capacity analysis of CDMA systems	Antti Lappeteläinen
27.11	Receivers for multi-rate CDMA systems	Janne Parantainen
27.11	Multicarrier-CDMA systems	Eero Nikula
4.12	Mobile satellite CDMA systems	Siamäk Naghian
4.12	CDMA systems for wireline communications	Markku Hakonen
4.12	Optical CDMA systems	Jarmo Oksa
4.12	CDMA technology for in-building personal communications services (PCS)	Victor Ebengho

Guidelines:

Each presentation will last 35 minutes and afterwards there will be an additional 10-minute time for questions and discussions.
Presentations will be held in English. Each speaker should write a report about the topic of his presentation and also should provide a copy of it for all the participants of the course. The report must be distributed at the presentation.

For more detailed instructions click here!

Grading:

The final grade (0-5) will be an average of the grades of the oral presentation and the written report.

Literature:

The followings are good up-to-date sources of references.

1. M. Juntti, Multiuser Demodulation for CDMA Systems in Fading Channels, Doctor of Technology Thesis, Acta Univ. Oul., Oulu, 1997.

2. M. Latva-aho, Channel Estimation in Multiuser CDMA Receivers, Licentiate of Technology Thesis, Report 131, University of Oulu, 1996.

3. M. Heikkilä, Multiuser CDMA Receivers in Fading Channel, Diploma Thesis, University of Oulu, 1997.

4. Shimon Moshavi, "Multi-User Detection for DS-CDMA Communications," IEEE Communication Magazine, pages 124-135, Oct. 1996.

The participants are supposed to search additional literature by themselves.

Comments or Questions !?

Tietoverkkolaboratorio on nyt osa Tietoliikenne- ja tietoverkkotekniikan laitosta. Tällä sivulla oleva tieto voi olla vanhentunutta.

Kurssien ajantasainen tieto on MyCourses-palvelussa.

Tämän sivun sisällöstä vastaavat ja Webmaster.
Sivua on viimeksi päivitetty 19.01.1998 14:59.
URI: http://www.netlab.tkk.fi/opetus/s38220/fall97/index.shtml
[ TKK > Sähkö- ja tietoliikennetekniikan osasto > Tietoverkkolaboratorio > Opetus ]

Kysy

Anna palautetta!