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Collection Contents
- Letter to Student
- Contact Information
- Resources
- Purpose of the Course
- Course Description
- Calendar
- Grading Procedures
- Signal Classifications and Properties
- System Classifications and Properties
- The Fourier Series
- Biến Đổi Fourier (Fourier Transform)
- Properties of Fourier Series
- The Fourier Transform
- Properties of Fourier Transform
- Review of Propability and Random Variables
- Introduction to Stochastic Processes
- Second-order Description of Stochastic Processes
- Gaussian Processes
- White and Coloured Processes
- Transmission Stationary Process through a Linear Filter
- Data Transmission and Reception
- Signalling
- Geometric Representation of Modulation Signals
- Demodulation and Detection
- Demodulation
- Detection by Correlation
- Example of Correlation Detection
- Matched Filters
- Examples with Matched Filters
- Performance Analysis of Binary Orthogonal Signals with Correlation
- Performance Analysis of Orthogonal Binary Signals with Matched Filters
- Carrier Phase Modulation
- Carrier Frequency Modulation
- Differential Phase Shift Keying
- Digital Transmission over Baseband Channels
- Introduction to ISI
- Pulse Amplitude Modulation through Bandlimited Channel
- Precoding and Bandlimited Signals
- Pulse Shaping to Reduce ISI
- Two Types of Error-Performance Degradation
- Eye Pattern
- Transversal Equalizer
- Decision Feedback Equalizer
- Adaptive Equalization
- Channel Capacity
- Mutual Information
- Typical Sequences
- Shannon's Noisy Channel Coding Theorem
- Channel Coding
- Convolutional Codes
- Fading Channel
- Characterizing Mobile-Radio Propagation
- Large-Scale Fading
- Small-Scale Fading
- Signal Time-Spreading
- Mitigating the Degradation Effects of Fading
- Mitigation to Combat Frequency-Selective Distortion
- Mitigation to Combat Fast-Fading Distortion
- Mitigation to Combat Loss in SNR
- Diversity Techniques
- Diversity-Combining Techniques
- Modulation Types for Fading Channels
- The Role of an Interleaver
- Application of Viterbi Equalizer in GSM System
- Application of Rake Receiver in CDMA System
Syllabus
Chapter 1: Signals and Systems
Chapter 2: Source Coding
Chapter 3: Communication over AWGN Channels
Chapter 4: Communication over Band-limitted AWGN Channels
Chapter 5: Channel Coding
Chapter 6: Communication over Fading Channels
Principles of Digital Communications
Collection subtype: Course
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Instructor: Dr.-Ing. Tuan Do-Hong
Institution:
Ho Chi Minh City University of Technology
Course Number:
405106
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This work is licensed by Tuan Do-Hong under a Creative Commons License.
Last edited by Tuan Do-Hong on Dec 13, 2007 10:17 am US/Central.