Digital Wireless Communication (361-2-5901)
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Abstract
Wireless communications is a one of the most rapidly evolving
fields in electrical engineering. Recent years have witnessed the expansion of
wireless communication into every aspect of modern life including, among
others, business, leisure, healthcare and transportation. In recent years the
development of 5G cellular has been making rapid progress. It is
clear today that 5G will be based on massive MIMO communications
and on node cooperation. Another notion that is in the present focus is the internet
of things (IoT). IoT
will heavily rely on communications which will be realized by low-cost devices
and will operate in unfavorable conditions. Understanding how to optimally
implement communications systems is challenging environments is essential for
taking part in the design of communications, e.g., for 5G and IoT.
In order to support the future direction of wireless
communications, communication systems have become more complex than ever and in
accordance so have the tools required to design and analyze them. This class
aims at introducing the students to some of the most advanced methods for
analysis of modern communications systems and the basic principles guiding
their design. The knowledge given in the class is fundamental and will remain
valid as new standards evolve.
Click here to view
the detailed
class information for Fall 2017
Course information
· Instructor: Ron Dabora
Email: ron@ee.bgu.ac.il
Office: building 33, office 109
Office hours: By appointment
· Offering: Fall 2015
· Lecture time and location: Building 90, room 240, Wednesdays 13:00-16:00
· Prerequisites: 361-1-3221 (îáåà ìúåøú äú÷ùåøú), or equivalent
· Grading: homework 100%
Textbooks
· Andrea Goldsmith. Wireless
Communication. Cambridge University Press, 2006.
· Robert Gallager.
Information Theory and Reliable Communication. Wiley, 1968.
· David Tse
and Pramod Viswanath. Fundamentals
of Wireless Communication. Cambridge University Press, 2005.
· Gerhard Kramer, Ivana Maric and Roy Yates. Cooperative Communication.
Available at http://systems.stanford.edu/~ivanam/Monograph.pdf.