Lecture Overview389.168 Advanced Wireless Communications 1
[email protected] 6th, 2014
Class Organization and Modus Operandi
389.168 Advanced Wireless Communications 1:Weekly hours: 2.0 (Mondays every week 16:00 – 17:30)
ECTS: 3.0
Type: lecture (VO - no exercises)
Location: CG 0402
14 lectures in total (12 by me, 2 by Prof. Rupp)
Oral exam (appointment by email)
Course material:TISS web page: news, LVA-forum
Institutes web page:
www.nt.tuwien.ac.at/teaching/courses/winter-term/389168/
Slides for download(Relevant books and papers)
MIMO Wireless Networks, B. Clerckx and C. Oestges, Elsevier Academic Press(electronic version accessible via TU-UB CatalogPlus)
Slide 2 / 8 Overview of the Lecture
Class Organization and Modus Operandi
389.168 Advanced Wireless Communications 1:Weekly hours: 2.0 (Mondays every week 16:00 – 17:30)
ECTS: 3.0
Type: lecture (VO - no exercises)
Location: CG 0402
14 lectures in total (12 by me, 2 by Prof. Rupp)
Oral exam (appointment by email)
Course material:TISS web page: news, LVA-forum
Institutes web page:
www.nt.tuwien.ac.at/teaching/courses/winter-term/389168/
Slides for download(Relevant books and papers)
MIMO Wireless Networks, B. Clerckx and C. Oestges, Elsevier Academic Press(electronic version accessible via TU-UB CatalogPlus)
Slide 2 / 8 Overview of the Lecture
Aim of the Lecture and Outline
“...learn everything about LTE advanced wireless transmissions up to therecent discussions on how the 5th generation wireless will look like.”
Everything about the physical layer (PHY) of 3GPP long-termevolution (LTE) [3GPP, 2014] (not the core network)
Tentative lecture schedule and outline:Introduction to LTE (today, 13.10.)
Short description of the LTE PHY (downlink)
Derivation of a system model
Overview of features of different releases (motivation)
Single-user multiple-input multiple-output (MIMO) transmission (13./20.10.)
MIMO channel capacity
Singular-value decomposition (SVD) based precoding
Space-time coding and MIMO receiver design
Slide 3 / 8 Overview of the Lecture
Lecture Outline (2)
MIMO broadcast channel (BC) (27.10., 03.11., 10.11.)
Capacity results and dirty-paper coding (DPC)
Linear and non-linear transceiver architectures
Iterative approaches
MIMO interference channel (IC) (17.11., 24.11., 01.12.)
Degrees of Freedom (DoF) and interference alignment (IA)
Leakage-based precoding and Pareto-optimality
Cooperative transmission schemes
Introduction to Matrix Manifold (15.12.)
Definition of manifolds
Important matrix manifolds
Optimization on matrix manifolds
Slide 4 / 8 Overview of the Lecture
Lecture Outline (3)
Limited Feedback Design and Operation (05.01.)
Feedback for single-user MIMO and MIMO BC/IC
DoF with outdated channel state information
MIMO and Coordination in LTE (12.01.)
Single-user and multi-user MIMO techniques
Coordinated multipoint transmission (CoMP)
Enabling Technologies for 5G Cellular (19.01., 26.01. - Prof. Rupp)
Massive MIMO
mmWave technology
Network densification
Slide 5 / 8 Overview of the Lecture
Lecture Overview389.168 Advanced Wireless Communications 1
[email protected] 6th, 2014
Abbreviations I
BC broadcast channel
CoMP Coordinated multipoint transmission
DoF Degrees of Freedom
DPC dirty-paper coding
IA interference alignment
IC interference channel
LTE long-term evolution
MIMO multiple-input multiple-output
PHY physical layer
SVD singular-value decomposition
Slide 7 / 8 Abbreviations
References I
3GPP (2014).Technical Specification Group Radio Access Network; Evolved Universal Terrestrial Radio Access(E-UTRA); Physical Channels and Modulation (Release 12).[Online]. Available: http://www.3gpp.org/ftp/Specs/html-info/36211.htm.
Slide 8 / 8 References