Opintojaksot   |Tutkinnot| |Opintokokonaisuudet| |Kaikki| |Jatko| |KV|  |Haku|

Opinto-opas 2006-2007

Opintokokonaisuuden tyyppi

Syventävät opinnot

Yhteyshenkilöt

Markku Renfors

The main focus in Communications Engineering is on the following three areas: 1. Communication Networks and Protocols: Network aspects of the Internet, especially protocols and mechanisms related to routing, quality of service, and security. 2. Digital Transmission: System level view to signals and signal processing techniques in the transmission chain. Digital transmission techniques, digital signal processing in receivers and transmitters, radio resource management, and radio network planning. 3. Communication Circuits: Analog circuit design for communications equipment. Main emphasis is on RF ASIC development.

Tutkinnot, joihin opintokokonaisuus voidaan sisällyttää

Esitietovaatimukset

Sisältö

Pakolliset opintojaksot

Students may specialize in one of the three focus areas in Communications Engineering. Each of them has two or three compulsory courses and the rest of the minimum number of 30 credits for the module shall be completed with studies selected freely from the list of elective courses.

Painotuksien opintojaksot

Communication Networks and Protocols

PREREQUISITE COURSES: TLT-2106 Basic course on Networking, 5 cr. OHJ-1156 Programming II 5, cr. COMPULSORY COURSES: TLT-2306 Communications Protocols, 5 cr. TLT-2506 Communication Networks Laboratory Course, 4-6 cr. TLT-2606 Advanced Course on Networking, 4 cr. At least three of the following courses are required: TLT-2356 Practical Protocol Engineering, 4 cr. TLT-2486 Advanced Course in Broadband Networks, 3-6 cr. TLT-2656 Special Course on Networking, 3-6 cr. TLT-2686 Next generation networking, 4-6 cr. TLT-2706 Traffic modeling and network simulation techniques, 6 cr. TLT-2716 Teletraffic Theory I, 3-6 cr. TLT-2727 Teletraffic Theory II, 4-6 cr. TLT-2756 Ad Hoc Networks, 3-6 cr.

Digital Transmission

PREREQUISITE COURSES: TLT-5206 Communication Theory, 7 cr. SGN-1106 Introductory signal processing, 3 cr. COMPULSORY COURSES: TLT-5406 Digital Transmission, 7 cr. TLT-5506 Communications Systems Laboratory Course, 5 cr. In addition, include at least 12 cr. from the courses listed below. The following sets of courses are especially recommended when focusing on: 1) Radio Network Planning: TLT-6206, TLT-6306, TLT-6406, TLT-6506 2) Wireless Communication Systems: TLT-5606, TLT-6206, TLT-6506 3) Radio Architectures and Signal Processing: SGN-2016, TLT-5806, TLT-6306, TLT-8206. SGN-2016 Digital Linear Filtering I, 5 cr. TLT-5606 Spread Spectrum Techniques, 5-7 cr. TLT-6206 Radio Propagation in Wireless Networks, 3 cr. TLT-6306 RF Equipment for Wireless Networks, 3 cr. TLT-6406 Radio Network Planning, 5 cr. TLT-6506 Digital Mobile Communications, 5 cr. TLT-8206 Communication Circuits and Modules I, 4 cr.

Communication Circuits

PREREQUISITE COURSES: TLT-5206 Communication Theory, 5-7 cr. TLT-8206 Communication Circuits and Modules I, 4 cr. TLT-8306 RF-ASIC Design I, 3 cr. COMPULSORY COURSES: TLT-8256 Mixed-Mode Communication Circuits and Modules I, 4 cr. TLT-8506 Communication Circuits and Modules II, 7 cr. TLT-8606 RF-ASIC Design II, 6 cr. Include at least one of the following courses: TLT-5806 Receiver Architectures and Signal Processing, 5-7 cr. TLT-8156 High-Frequency Filters, 5 cr. TLT-8556 Mixed-Mode Communication Circuits and Modules II, 7 cr. TLT-8806 Communication ICs Development Seminar II, 8 cr.

Täydentävät opintojaksot

A minimum number of 30 credits for the advanced study module shall be completed with studies selected freely from the list below. Please notice that some of the listed courses are common with the Finnish curriculum and they are not given in the international programme. Special arrangements to pass these courses can be requested from the responsible teachers.

Listasta täydennetään opintokokonaisuuden laajuuteen

Opintojakso	Opintopisteet
ELE-2250 Johdatus suurtaajuustekniikkaan	4 op
ELE-6050 RF-tekniikan perusteet I	5 op
ELE-6350 Radionavigointi ja tutkajärjestelmät	5-6 op
MAT-31096 Matrix Algebra 1	5 op
MAT-33310 Tilastomatematiikka	3-6 op
MAT-41156 Algebra 1	5 op
MAT-41176 Theory of Automata	5 op
MAT-41196 Graph Theory	6 op
MAT-51206 Coding Theory	6 op
MAT-51216 Information Theory	4 op
MAT-51260 Stokastiset prosessit	5 op
MAT-51800 Matemaattinen tilastotiede	5 op
MAT-55406 Finite Fields	4 op
OHJ-2150 Algoritmien analyysi	4 op
OHJ-2600 Tilakoneet	5 op
OHJ-5016 Introduction to Distributed Systems	5 op
OHJ-5050 Hajautettujen järjestelmien tekniikat	5 op
OHJ-5106 Web Programming	4 op
OHJ-5200 XML ohjelmistokehityksessä	5 op
OHJ-5500 Mobiiliohjelmointi	5 op
SGN-1250 Signaalinkäsittelyn sovellukset	4 op
SGN-2106 Multirate Signal Processing	6 op
SGN-2606 Statistical Signal Processing	5 op
SGN-5200 Multimedia joukkoviestimissä	3 op
SGN-5806 Wireless Ambient Multimedia	5 op
TKT-1226 Computer Arithmetic I	4 op
TKT-2206 Introduction to Digital System Design	4 op
TKT-3516 Signal Processors	5 op
TLT-2756 Ad Hoc Networks	3-6 op
TLT-5706 Multicarrier Techniques	4 op
TLT-5906 Advanced Course in Digital Transmission	5-7 op
TLT-6556 Wireless LANs	3 op
TLT-6706 Advanced Topics in Radio Network Planning	4-6 op
Yhteensä	150 op

Lisätiedot

Communications Engineering is counted as a single advanced study module even if the courses of multiple focus areas are completed.

Students writing their Master's thesis in Communications Engineering must complete the course TLT-1756 Communications Engineering Thesis Seminar, 1 cr.

Following courses are also recommended as prerequisites:
KIE-3426 Thesis Writing in English, 4 cr.
KIE-3376 Technical Writing in English, 3 cr.

Viimeksi muokattu	14.03.2006
Muokkaaja	Elina Orava