Training

Location:Training / Hot Applications / Wireless Communication / University of Electronic Science and Technology of China "Communication Principles" classic tutorial (39 lectures in total) / Lecture 1: Basic concepts of communication, sources and common messages

Chapter 1：Lecture 1: Basic concepts of communication, sources and common messages
Chapter 2：Lecture 2 Channels, Frequency Bands and Radio Wave Transmission
Chapter 3：Lecture 3 Digital and Analog Transmission Systems
Chapter 4：Lecture 4: Know the signal energy spectrum, power spectrum and signal bandwidth, random signals
Chapter 5：Lecture 5 Gaussian distribution and Gaussian signal, white noise
Chapter 6：Lecture 6 Thermal noise, signal passing through linear time-invariant system, bandpass signal
Chapter 7：Lecture 7 Conventional AM, Modulation to Suppress Carrier Double Sideband AM Signal
Chapter 8：Lecture 8 Demodulation of Suppressed Carrier Double Sideband AM Signals
Chapter 9：Lecture 9 Single Sideband AM, Residual Sideband AM
Chapter 10：Lecture 10 Basic concepts and spectral characteristics of angle modulation
Chapter 11：Lecture 11 Analysis of Angle Modulation of Sinusoidal Signals
Chapter 12：Lecture 12 Reception of Angle Adjustment Signal
Chapter 13：Lecture 13 Anti-noise performance of coherent demodulation in AM systems
Chapter 14：Lecture 14 Anti-noise performance of angle modulation
Chapter 15：Lecture 15 Analog Modulation Applications
Chapter 16：Lecture 16 Digital Baseband Signals
Chapter 17：Lecture 17 How to receive binary signals
Chapter 18：Lecture 18 Error performance of binary signals and matched filters
Chapter 19：Lecture 19 Error Analysis of Binary Signals
Chapter 20：Lecture 20 Assignment Commentary on Analog Transmission Systems
Chapter 21：Lecture 21 Reception methods and error analysis of multi-dimensional signals, inter-code crosstalk and Nyquist criterion
Chapter 22：Lecture 22 Inter-symbol crosstalk-free transmission on band-limited channels, raised cosine roll-off filter and eye diagram
Chapter 23：Lecture 23 Channel Equalization, Digital Equalizer
Chapter 24：Lecture 24 Basic equalization algorithm, basic concept of symbol synchronization
Chapter 25：Lecture 25 Symbol synchronization method, line pattern
Chapter 26：Lecture 26 Line Code Patterns (continued), Commentary on Digital Baseband Transmission Operations (Part 1)
Chapter 27：Lecture 27 Commentary on Digital Baseband Transmission Operations (Part 2), Amplitude Shift Keying Technology
Chapter 28：Lecture 28 Power spectrum, bandwidth, envelope detection error analysis of amplitude shift keying
Chapter 29：Lecture 29 Phase Shift Keying
Chapter 30：Lecture 30 MATLAB simulation of differential phase shift keying and frequency shift keying
Chapter 31：Lecture 31 Frequency Shift Keying MATLAB Simulation (continued)
Chapter 32：Lecture 32 QPSK System
Chapter 33：Lecture 33 DQPSK, OQPSK, etc., comparison of bit error performance of basic frequency band modulation systems
Chapter 34：Lecture 34: Analysis of frequency band-free inter-code crosstalk systems, comparison of power spectrum and bandwidth of basic frequency band modulation systems, multivariate frequency band modulation
Chapter 35：Lecture 35 Sampling of Analog Signals
Chapter 36：Lecture 36 Digital Band Transmission System Operation Review, Uniform Quantification
Chapter 37：Lecture 37 Optimal quantization, quantization signal-to-noise ratio and logarithmic quantization
Chapter 38：Lecture 38 Pulse Code Modulation
Chapter 39：Lecture 39 Differential pulse code modulation and incremental modulation, time division multiplexing

Duration：46 minutes and 27 seconds
Date：2016/11/16

Uploader：量子阱

Introduction

keywords： Communications noise MATLAB Source channel frequency and wavelength

This series introduces communication principles. The teacher first started with the introduction of communication principles, mainly explaining the introduction of communication principles, basic knowledge of communication principles, analog transmission, digital baseband transmission, basic digital frequency band transmission, analog signal digitization and PCM, modern digital transmission technology, etc. content, the teacher also commented on the assignments related to each chapter.

You Might Like

Recommended Posts

La la la, the first board of EE mobile station is loaned out~~: [size=5][color=#0000ff]Netizens who want to borrow can see the list of borrowable development boards here: [/color][url=https://en.eeworld.com/bbs/thread-507934-1-1.html][color=#0000ff][b]>>>>>[/b][/c; okhxyyo Talking

TinyOS transplantation on MSP430F2618 (Part 3) LCD: [p=26, null, left][color=#000][font=Arial]This section records the porting of serial TFT LCD on TinyOS. The 1.8-inch LCD display uses the ST7735 controller and uses the SPI interface to realize the tr; qinkaiabc Microcontroller MCU

I want to learn FPGA, but I don't know what learning board to choose. Does anyone have any recommendations?: I have wanted to learn FPGA and DSP for a long time, but I have never had the free time. Now that I have time, I looked at the FPGA development boards and found none of them suitable. So I would like; 小硕硕 FPGA/CPLD

Repost: Object-oriented technology foundation (very good 1): [b][color=#000099][font=宋体][size=10.5pt]1 [/size][size=10.5pt]Object-Oriented Technology Foundation[/size][/font][/color][/b] [font=宋体][size=2] [size=10pt][color=#0000ae][b]3[/b][/color][/size][/size]; wang1jin MCU

An ancient RF design program: The program still seems to be useful. It just can't be operated with the mouse.Just run the BAT file inside.; dontium RF/Wirelessly

Problems with connecting 5v-driven 1602 to msp430: How to connect 1602 driven by 5v to msp430 of 3.3v?I have tried many ways, including using resistors and diodes to convert the level, but it still doesn't work.There is always a problem with reading b; wumuok Microcontroller MCU

Recommended Content

Hot VideosMore

Hot ArticlesMore

Circuit

可能感兴趣器件

EEWorld
subscription
account

EEWorld
service
account

Automotive
development
circle

About Us Customer Service Contact Information Datasheet Sitemap LatestNews

Room 1530, 15th Floor, Building B, No.18 Zhongguancun Street, Haidian District, Beijing, Postal Code: 100190 China Telephone: 008610 8235 0740

Copyright © 2005-2024 EEWORLD.com.cn, Inc. All rights reserved 京B2-20211791 京ICP备10001474号-1 电信业务审批[2006]字第258号函

京公网安备 11010802033920号