یادگیری مسئله‌محور در سیستم‌های مخابراتی با استفاده از متلب و سیمولینک ۲۰۱۶
Problem-Based Learning in Communication Systems Using MATLAB and Simulink 2016

1. Cover

2. IEEE Press Editorial Board

3. Title page

4. Copyright

5. PREFACE

6. ACKNOWLEDGMENTS

7. NOTATION AND LIST OF SYMBOLS

8. LIST OF ACRONYMS

9. CONTENT-MAPPING TABLE WITH MAJOR EXISTING TEXTBOOKS

10. LAB CLASS ASSIGNMENT GUIDE

11. ABOUT THE COMPANION WEBSITE

1 MATLAB AND SIMULINK BASICS

2 NUMERICAL INTEGRATION AND ORTHOGONAL EXPANSION

3 FOURIER SERIES AND FREQUENCY TRANSFER FUNCTION

4 FOURIER TRANSFORM

5 CONVOLUTION

6 LOW PASS FILTER AND BAND PASS FILTER DESIGN

7 SAMPLING AND RECONSTRUCTION

8 CORRELATION AND SPECTRAL DENSITY

9 AMPLITUDE MODULATION

10 QUADRATURE MULTIPLEXING AND FREQUENCY DIVISION MULTIPLEXING

11 HILBERT TRANSFORM, ANALYTIC SIGNAL, AND SSB MODULATION

12 VOLTAGE-CONTROLLED OSCILLATOR AND FREQUENCY MODULATION

13 PHASE-LOCKED LOOP AND SYNCHRONIZATION

14 PROBABILITY AND RANDOM VARIABLES

15 RANDOM SIGNALS

16 MAXIMUM LIKELIHOOD DETECTION FOR BINARY TRANSMISSION

17 SIGNAL VECTOR SPACE AND MAXIMUM LIKELIHOOD DETECTION I

18 SIGNAL VECTOR SPACE AND MAXIMUM LIKELIHOOD DETECTION II

19 CORRELATOR-BASED MAXIMUM LIKELIHOOD DETECTION

20 PULSE SHAPING AND MATCHED FILTER

21 BER SIMULATION AT THE WAVEFORM LEVEL

22 QPSK AND OFFSET QPSK IN SIMULINK

23 QUADRATURE AMPLITUDE MODULATION IN SIMULINK

24 CONVOLUTIONAL CODE

25 FADING, DIVERSITY, AND COMBINING

26 ORTHOGONAL FREQUENCY DIVISION MULTIPLEXING IN AWGN CHANNELS

27 ORTHOGONAL FREQUENCY DIVISION MULTIPLEXING OVER MULTIPATH FADING CHANNELS

28 MIMO SYSTEM—PART I: SPACE TIME CODE

29 MIMO SYSTEM—PART II: SPATIAL MULTIPLEXING

30 NEAR-ULTRASONIC WIRELESS ORTHOGONAL FREQUENCY DIVISION MULTIPLEXING MODEM DESIGN

42. INDEX

43. IEEE PRESS SERIES ON DIGITAL AND MOBILE COMMUNICATION

44. EULA