Course Information - Linköping University

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Time plan Lectures: scheduled time 22h, preparation time 11h. Tutorials: scheduled time 6h, preparation time 6h. Project assignment and lab: 53h Post lecture/tutorial work (= written exam preparation): 62h. Course literature As course literature Wireless Communications and Networking by Vijay Garg is used. The book can be purchased in Bokakademin, with new location on floor 5 in Täppan (close to the student coffee shop). The book is also available as e-book in the library. As reference literature the following titles are relevant: Mobile Radio Networks – Networking, Protocols and Performance by Walke (e-book available from Linköping University Library) Principles of Wireless Communication by Ahlin et. Al (course literature in TNK080) Radio Resource Management for Wireless Networks by Zander and Queset Mobile Communications by Schiller Selected parts of Data and Computer Communications by William Stallings and Computer Networking – A Top Down Approach by Kurose and Ross are useful Supplementary material will be handed out on lectures or available on the course web page. Course webpage www.itn.liu.se/~davgu/tnk110 Examination The course consists of one written exam (2012-03-07 at 14-18 a.m.), a project and two lab exercises. Project: develop and evaluate algorithm for RRM or MM Lab exercises: TEMS Investigation More information about the project and the labs are available on the course web page. Teaching staff Lecturer and examiner David Gundlegård Spetsen 7:th floor Tel. 011-363316 Email: davgu@itn.liu.se Web: www.itn.liu.se/~davgu Project and labs Sara Modarres Razavi Email: sara.modarressi.razavi@liu.se 2
Lecture plan (tentative) The lectures will cover the fundamentals of mobile communication theory. We will follow the OSI model, beginning with the lowest layer and work our way upwards to the network layer. Lecture 9-10 covers specific systems and some planning and design issues in WWAN. The lecture plan is tentative and changes may be made during the course. The chapter references for each lecture refer to the course literature. However, these are tentative and detailed reading advices will be given for each lecture. Lecture 1 Introduction Ch 1 Course information, connection to other courses, introduction to wireless networks, PAN/LAN/MAN/WAN Lecture 2 Wireless data and telecommunication Ch 2, 4 The OSI model, modelling and analysis, teletraffic engineering Lecture 3 Radio interface Ch 3.1, 3.2, Modulation, frequency spectrum, introduction to wireless 3.5, 4 propagation and fading, bitrate vs baudrate, key wireless network parameters Lecture 4 Multiple access Ch 6 Hidden and exposed terminal, reservation based access, random access Lecture 5 Cellular systems Ch 5 Cellular network modelling, performance metrics, trade-offs Lecture 6 WWAN Architecture Ch 7 General architecture, logical channels, signalling Lecture 7 Mobility Management (MM) Ch 12.1-4, Location update and paging strategies, mobility management modelling, signalling Handout Lecture 8 Radio Resource Management (RRM) 12.5 Handover techniques and types, handover parameters and decisions, mobility modelling Handout Lecture 9 GSM Ch 15 Architecture, characteristics, channel and protocol design, data traffic support, performance Lecture 10 UMTS , WWAN planning and WLAN Ch 15, 17, Architecture, characteristics, channel and protocol design, data traffic support, 21 performance Lecture 11 Summary Course overview and selected topics for repetition 3
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Course Information - Linköping University

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