Topical Outline
EE 7052: Advanced Communications
School of Electrical and Computer Engineering
Georgia Institute of Technology
Fall 1996
Tentative Topical Outline
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Introduction to Multi-Input Multi-Output Communications
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Single-User Channels
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Multi-User Channels
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The MIMO Gaussian Communications Channel
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Preliminaries
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Vector-Valued Random Processes
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Factoring the Spectral Matrix
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The full rank case
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The reduced rank case
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Linear Prediction of Vector Processes
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Stability and Minimum Phase for Linear MIMO Channels
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Direct-Sequence Code-Division Multiple Access
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A History of Spread Spectrum and CDMA
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Synchronous CDMA
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Asynchronous CDMA
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Spreading Sequence Design
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The Near-Far Problem
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Power Control
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Synchronization: Acquisition and Tracking
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The IS-95 Standard
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Optimal Multiuser Detection
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The Conventional Receiver
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The Individually Optimal Detector
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The Jointly Optimal Detector
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The MIMO Matched Filter
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The MIMO Whitened Matched Filter
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Maximum Likelihood Sequence Detection
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Suboptimal Multiuser Detection via MIMO Equalization
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Zero-Forcing Linear Equalization - The Linear Decorrelator
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Minimum-MSE Linear Equalization
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Adaptive Multiuser Detection
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Trained LMS and RLS Implementations
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Blind Multiuser Detectors
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Linear Prediction
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Decision-Driven Multiuser Detection
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The Decorrelating Decision-Feedback Detector
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THe Minimum-MSE Decision-Feedback Detector
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Adaptive Minimum-MSE Decision-Feedback Detection
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Partial Decision-Feedback
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Multistage Detection
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Successive Interference Cancellation