Description: Bit Error Rate analysis of an Extended Receiver for Rectangular PAM.
The performance of a digital communication system in the presence of additive white Gaussian noise (AWGN) can be assessed by the measurement of the bit error rate (BER). The Simulink model provided is a rectangular polar pulse amplitude modulation (PAM) baseband system with an AWGN channel and an extended sample and hold receiver with a low pass filter.
An extended receiver has an odd number of sample and hold circuits. What remains to be answered is if such a receiver would provide a more desirable BER than that of a simple S/H receiver.-Bit Error Rate analysis of an Extended Receiver for Rectangular PAM.
The performance of a digital communication system in the presence of additive white Gaussian noise (AWGN) can be assessed by the measurement of the bit error rate (BER). The Simulink model provided is a rectangular polar pulse amplitude modulation (PAM) baseband system with an AWGN channel and an extended sample and hold receiver with a low pass filter.
An extended receiver has an odd number of sample and hold circuits. What remains to be answered is if such a receiver would provide a more desirable BER than that of a simple S/H receiver. Platform: |
Size: 11264 |
Author:Griffin Wright |
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Description: A timing error detector for Communication systems with simulink.
# Required versions Matlab 5.2.1, Simulink 2.2.1
# File description
1. ti_det1.m (simulink version 5.2.1)
An s-function to be used for timing detector. For detailed information, Refer to the following paper,K.H. Mueller and M. Mueller,
Timing recovery in digital synchronous data receivers,
IEEE Trans. Comun., vol COM-24, no. 5, May 1976.
2. m_delay3.m (related m-file)
An s-function operating as sample and hold with clock port.
3. test1.mdl
A timing recovery system to test the timing detector.
-A timing error detector for Communication systems with simulink.
# Required versions Matlab 5.2.1, Simulink 2.2.1
# File description
1. ti_det1.m (simulink version 5.2.1)
An s-function to be used for timing detector. For detailed information, Refer to the following paper,K.H. Mueller and M. Mueller,
Timing recovery in digital synchronous data receivers,
IEEE Trans. Comun., vol COM-24, no. 5, May 1976.
2. m_delay3.m (related m-file)
An s-function operating as sample and hold with clock port.
3. test1.mdl
A timing recovery system to test the timing detector.
Platform: |
Size: 156672 |
Author:juyayayo |
Hits:
Search - simulink sample hold