Modeling of Digital Communication Systems Using SIMULINK

Index

1. Adaptive Equalization
   1. BPSK BER using LMS equalizer
   2. convergence
   3. Decision Feedback Equalization (DFE)
   4. error signal
   5. forward and feedback taps
   6. Filter Design and Analysis Tool
   7. fractional spacing
   8. intersymbol interference (ISI)
   9. Kalman equalizer
   10. leakage factor
   11. LMS algorithm
   12. LMS equalizer parameters
   13. multipath and ISI
   14. orthogonality principle
   15. QPSK scatter diagrams
   16. Recursive Least Squares (RLS) equalizer
   17. RLS algorithm definitions
   18. RLS equalization in fading
   19. stochastic gradient algorithm
   20. tap coefficients
2. training sequence
3. Alamouti STBC:
   1. and BCH block coding
   2. and QAM
   3. MIMO implementation
   4. Simulink model
4. Antenna nulling for interference cancellation
5. Autocorrelation
6. Automatic gain control (AGC)
7. AWGN block
8. AWGN parameter selections

 

1. Baseband modulation
2. BCH code:
   1. BER performance in AWGN
   2. BER performance in fading
   3. generator polynomial
   4. interleaving
   5. parameters
   6. punctured code
   7. upper bound on code word error
3. Binary PSK (BPSK)
4. Bertool
5. Bit-error rate (BER) computation
6. Block information window
7. Block libraries
8. Buffering for BCH encoding

 

1. Callbacks tab
2. Changing a block label
3. Channels:
   1. AWGN
   2. Jakes
   3. multipath
   4. Rayleigh
   5. Rician
4. Code rate
5. Coding gain
6. Coherent detection
7. Colors
8. Command Window
9. Command History
10. Communications System Toolbox
11. Connecting blocks
12. Constant block
13. Constellation display
14. Continuous phase frequency shift keying (CPFSK)
15. Convolutional coding and decoding
    1. constraint length
    2. feedback taps
    3. free distance
    4. generator polynomial
    5. hard decision decoding
    6. poly2trellis
    7. soft decision decoding ...