S-38.130 Licentiate course on Telecommunications Technology

Schedule

The introductory lectures might last up to three hours each. The length and content will be determined after we have assessed the level of knowledge of the participants.

Date Time Topic Presenter Opponent
25.1 14-16 (optional +1hr) Introductory lecture I Prof. Sharma
1.2 14-16 (optional +1hr) Introductory lecture II Prof. Sharma
8.2 14-16 (optional +1hr) Introductory lecture III Prof. Sharma
15.2 14-15 QoS in the Internet - the issues of debate Mika Ilvesmäki Marko Luoma
15.2 15-16 QoS and queuing disciplines, traffic shaping and admission control. Marko Luoma Mika Ilvesmäki
22.2 14-15 QoS and TCP Lasse Seppänen Risto Mononen
22.2 15-16 RTP and RTCP Tommi Koistinen Pekka Toppila
22.2 16-17 QoS with TCP/IP and shared media LANS. Heikki Kokkinen Kimmo Ahonen
1.3 14-15 QoS and ATM Kimmo Ahonen Lasse Seppänen
8.3 14-15 QoS based routing Antti Pietiläinen Olev Kartau
8.3 15-16 Multicast routing Lucia Tudose Carl Eklund
15.3 14-15 RSVP Petri Jäppilä Mika Pyyhtiä
15.3 15-16 The application of RSVP Jan Lucenius Heikki Kokkinen
22.3 14-15 IntServ framework and concepts Jari Renko Jan Lucenius
22.3 15-16 QoS and Frame Relay Vesa Kosonen Heikki Almay
22.3 16-17 TCP/IP with satellite link Philip Ginzboorg Jari Renko
12.4 14-15 DiffServ framework and concepts Risto Mononen Jan-Erik Ekberg
19.4 14-15 SIMA - framework and concepts Jan-Erik Ekberg Antti Pietiläinen
19.4 15-16 SIMA - suggested applications Carl Eklund Philip Ginzboorg
19.4 16-17 Pricing in Internet/multiservice networks Heikki Almay Vesa Kosonen
3.5 14-15 TCP/IP in cellular mobile environment Pekka Toppila Tommi Koistinen
3.5 15-16 QoS in the Internet - the future Olev Kartau Lucia Tudose

Date	Time	Topic	Presenter	Opponent
25.1	14-16 (optional +1hr)	Introductory lecture I	Prof. Sharma
1.2	14-16 (optional +1hr)	Introductory lecture II	Prof. Sharma
8.2	14-16 (optional +1hr)	Introductory lecture III	Prof. Sharma
15.2	14-15	QoS in the Internet - the issues of debate	Mika Ilvesmäki	Marko Luoma
15.2	15-16	QoS and queuing disciplines, traffic shaping and admission control.	Marko Luoma	Mika Ilvesmäki
22.2	14-15	QoS and TCP	Lasse Seppänen	Risto Mononen
22.2	15-16	RTP and RTCP	Tommi Koistinen	Pekka Toppila
22.2	16-17	QoS with TCP/IP and shared media LANS.	Heikki Kokkinen	Kimmo Ahonen
1.3	14-15	QoS and ATM	Kimmo Ahonen	Lasse Seppänen
8.3	14-15	QoS based routing	Antti Pietiläinen	Olev Kartau
8.3	15-16	Multicast routing	Lucia Tudose	Carl Eklund
15.3	14-15	RSVP	Petri Jäppilä	Mika Pyyhtiä
15.3	15-16	The application of RSVP	Jan Lucenius	Heikki Kokkinen
22.3	14-15	IntServ framework and concepts	Jari Renko	Jan Lucenius
22.3	15-16	QoS and Frame Relay	Vesa Kosonen	Heikki Almay
22.3	16-17	TCP/IP with satellite link	Philip Ginzboorg	Jari Renko
12.4	14-15	DiffServ framework and concepts	Risto Mononen	Jan-Erik Ekberg
19.4	14-15	SIMA - framework and concepts	Jan-Erik Ekberg	Antti Pietiläinen
19.4	15-16	SIMA - suggested applications	Carl Eklund	Philip Ginzboorg
19.4	16-17	Pricing in Internet/multiservice networks	Heikki Almay	Vesa Kosonen
3.5	14-15	TCP/IP in cellular mobile environment	Pekka Toppila	Tommi Koistinen
3.5	15-16	QoS in the Internet - the future	Olev Kartau	Lucia Tudose

Requisites

To successfully pass the course and receive 5 credits you should:

Write a paper on your subject totalling in 6 to 12 pages according to the styleguide. Paper grading will be done based on quality (as the course theme suggests!!), not on the quantity.
Give a presentation (45-50 minutes + 10-15 minutes for discussion)
Act as an opponent to at least one of the presentations. Your duty is to keep the conversation alive. The presenter will provide you with his/her paper in advance. You will also need to grade the presentation and the paper. The grading form may be obtained here in .pdf format or you can get it on location. This form is to be used only by the opponent.
Succeed to attend to 70% of the sessions.
Pass the examination. The first examination is held on May 12th (12.5), from 5 pm to 8 pm (17-20) in lecture hall S1. Examination is based on the whole Ferguson & Huston book and chapters 1, 2, 3, 7, 10, 11, 14 and 15 from the Stallings book. The examination will include problems similar to those presented in the Stallings book.

The presentation paper is to be delivered to Prof. Sharma no later than on the friday before the presentation at noon. The delivery of the paper to the opponent remains to be separately negotiated between the opponent and you. You are also required to deliver your paper in electronic format: preferably in Postscript or PDF. MSWord documents are also accepted. You may e-mail your document as an attachment to the course assistant.

The paper should cover its topic from the following viewpoints (apply to your subject where appropriate):

architecture,
protocols including relevant specifications, RFCs,
fundamentals of the technology (relevant research results),
working theory behind the concepts

Paper style guide

Grading

Your final grade will be determined by Prof. Sharma based on

The opponents grading of your paper and presentation, grading form available here in .pdf format.
Prof. Sharma's grading of your paper and presentation in a following manner:
- Written Report 25%
- Clarity of presentation 15%
- Coverage of topic: Breadth 15% and Depth 15%
- Response to questions 15%
- Original Contribution 15%
Your examination grade

Note!!: To even qualify for grading you need to particiapte in 70% of the lectures and presentations.

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