1、Space-Time Wireless Communications -Spring 2015,Instructor: Dr. Dan WANG Information Engineering College E-mail: ,Henan University of Science and Technology,Space-Time Wireless CommunicationsHenan University of Science and Technology,Brief Introduction Today space-time coding and MIMO systems are wi

2、dely regarded as the most likely candidates for futuristic high data rate systems and are already being designed by many companies for the high data rate market. This one-semester graduate-level course is for graduate students in the Information Engineering College to learn the basic theories for sp

3、ace-time wireless communications. Basic Information Instructor Information Dr. Dan WANG; Associate Professor, Information and Engineering College Lecture time and Location: Monday 10:00-11:40 a.m. and Thursday 10:00-11:40 p.m.; Gong2 Bldg Room: 405.,Textbook and Reference M. Jankiraman, Space-Time C

4、odes and MIMO Systems, Artech House, 2004. (Textbook). A. Paulraj, R. Nabar and D. Gore, Introduction to Space-Time Wireless Communications, Cambridge University Press, 2003. (Reference) Mathematical Background Required Students are required to be familiar with basic digital communications, linear a

5、lgebra, and probability theory.,Space-Time Wireless Communications-ContentHenan University of Science and Technology,Course Objectives Introduce the basic theories and concepts of ST propagation and channel models Introduce the ST coding principles and the classic methods Learn capacity and diversit

6、y of ST systems and analyze their performance.,Space-Time Wireless CommunicationsHenan University of Science and Technology,Course Contents (1),Lecture1: Basic Concepts for Multi-Antenna Systems Lecture2: The MIMO Wireless Channel and System Model Lecture3: ST Capacity Definition and Water-Pouring P

7、rinciple Lecture4: Performance Analysis of Water-Pouring Algorithm,Course Contents (2),Lecture5 : MIMO System Capacity Analysis Lecture6: Channel Propagation, Fading and Link Budget Analysis Lecture7: Alamouti STBC Lecture8: Performance Analysis on STBC Lecture9: LS/MMSE/FFT Channel Estimation Lectu

8、re10: Simulations and Performance Comparisons of Channel Estimation,Course Contents (3),Lecture11: Design of Space-Time Trellis Codes on Slow Fading Channels Lecture12: Design of Space-Time Trellis Codes on Fast Fading Channels Lecture13: Layered Space-Time Coding: Principle and Design Criteria Lect

9、ure14: Layered Space-Time Coding Receivers,Course Contents (4),Lecture15: LSTC Performance Lecture16: OFDM Introduction and Basic Principles Lecture17: Synchronization, Channel Estimation and PAPR for OFDM Systems Lecture18: OFDM System Performance Analysis Lecture19: ST Coding for Broadband Channel

10、 Lecture20: Final Examination,Lecture 1: Basic Concepts for Multi-Antenna Systems,1.1 The Crowded Spectrum 1.2 Need for High Data Rates 1.3 Multiple-Input Multiple-Output (MIMO) Systems 1.4 A Few Terms of MIMO Systems,1.1 The Crowded Spectrum,100 years ago: Marconi pioneered the wireless industry. T

11、oday: wireless permeates every aspect of our lives. Bandwidth and spectral availability: endless demands. An uphill task: radio frequency spectrum; complex time varying problems; the demand for high data rates, etc.,1.2 Need for High Data Rates,The gradual evolution of mobile communication systems follows the quest for high data rates (bits/sec, bps) and with a high spectral efficiency (bps/Hz). Evolution process. 1G-2G or 2.5G-3G-4G-5G,1.3 Multiple-Input Multiple-Output (MIMO) Systems,The core of this idea? What is the capacity of the wireless channel? Receive a fillip: STTC and STBC