Basic Course Information
Class Time
and Location: Tuesday 12:30- 2:30 PM, Eng. Terrace 253.
Instructor: Professor Irving
Kalet, Tel No 718 601 3715, [email protected], [email protected].
Office hours: Tuesday and Thursday
11: 00- 12: 00 PM, Office: 1243 Mudd Bldg..
Teaching Assistants: {jiantan,xiaozhu}@ee.columbia.edu.
Prerequisites: ELEN E4702 (or
equivalent).
Grading: Homework Assignments-15%
(Required) + Final Project-85%.
References: A list of reference
books and articles will be handed out during the first lesson.
Important Articles
Syllabus
for the course
THE REVISED SYLLABUS- 16 APRIL 2008
Figures
for the course
Nyquist
figures for review of Nyquist signals
BLAST-MIMO files-three articles
on BLAST and MIMO 1 2
3
More figures on OFDM 1
Final Project
HELLO TO EVERYONE AGAIN!
THIS IS THE FINAL PROJECT.
IT IS THE SAME PROJECT THAT WAS HANDED OUT IN CLASS TODAY-TUESDAY.
YOU MAY WORK IN GROUPS OF UP TO THREE PEOPLE IN A GROUP.
IF YOU HAVE ANY QUESTIONS PLEASE CONTACT ME AT
[email protected]
or
[email protected]
I WILL BE IN THE STATES UNTIL MAY 21 AND THEN I RETURN HOME TO
ISRAEL-AS I MENTIONED IN CLASS IF YOU WANT TO SPEAK TO ME THEN LET ME
KNOW BY E-MAIL WHEN I CAN CALL YOU UP AND I WILL CALL!
PLEASE WRITE UP THE SIMULATION OR THE SUMMARY AS BEST AS YOU CAN, AS
IF IT WERE A REPORT,
AGAIN IT WAS NICE TO HAVE ALL OF YOU IN CLASS THIS SEMESTER, AND I
HOPE THAT YOU HAVE LEARNED SOMETHING ABOUT MODULATION!!!
GOOD LUCK IN THE PROJECT AND IN THE FUTURE!!!
KALET
Lectures
Introduction
A "Bit" of History
Analog and Digital Modulations
FDMA, TDMA, FDD, TDD-Definitions
Major system descriptions-Wireline, Wireless, Satellite
Tradeoffs
Communication
Channels
Telephone Channel
Twisted-Pair Channel
Multipath Fading Channel
Rayleigh Fading
Delay Spread and Frequency Selective Fading
Brief Review of Signal Space, Optimum Detection and Matched Filter
*Baseband Signaling (This topic will not be covered in class-Student is expected
to have studied this topic- However, some extra pages of notes, will be handed
out to students, to help them review this topic!)
Nyquist Signaling
Optimum Filtering
Linear Equalization
Duobinary Signaling
Classical Modulations
BPSK, QPSK, MPSK,QAM,BFSK,MFSK
Definitions
Optimum Detection
Probability of Error
Rayleigh fading channel
Performance of Modulations on Fading Channel-SISO
Antenna (and) Space Diversity
Classic Antenna Diversity-SIMO
Space Multiplexing
MIMO, BLAST
MSK-type Signaling
QPSK, SQPSK and MSK-type Signals
p/4-QPSK, EDGE-8PSK
Adjacent Channel Crosstalk in QPSK, SQPSK, MSK
Nyquist Signaling for BPSK, QPSK, etc
Brief survey of information theory
Why Code?
The Famous Capacity Equation for a Perfectly Bandlimited Channel
Bandwidth Efficiency versus Power Efficiency
Capacity of the General Channel
Why Multitone systems?
Multitone
Modulation
Multitone Concept
Discrete Multitone (DMT) Implementation
Orthogonal Frequency Division Multiplexing-OFDM
Definition
Why use OFDM?
Adaptive Modulation and Coding
IEEE 802.11, 802.16, 3G-LTE-Radio Interfaces
OFDMA
OFDMA-Multiple Access Technique for the Fourth Generation?
New Information Theory Bounds on Rayleigh Fading Channels
SISO, MIMO,SIMO, MISO
Alamouti Coding
Multi-User Diversity
The Viterbi Algorithm-Time Permitting
Trellis Coded Modulation- Ungerboeck Modulation-Time Permitting
WGN channels
Interleaving for the Rayleigh channel
Performance on Rayleigh channel
The ISI channel
Iterative Techniques (Time Permitting)
Turbo-Coding
Iterative decoding for a channel with ISI
Continuous Phase Modulation-CPM
Coherent Detection
GMSK(GSM, DECT, CDPD), TFM, GTFM
Adjacent Channel Crosstalk
Optimum detection -trellis-coding gain
Combined CPM and coding techniques- Iterative decoding
Iterative decoding of CPM
Adjacent channel interference
FM receiver
CDMA and WCDMA
The concepts and some important points
THE PHYSICAL INTERFACE OF IS-95 AND IMT 2000 WCDMA- Time permitting
SUMMARY AND THE FUTURE