To solve the problem concisely using smulink in MATLAB. 8. Build the following communication system model. The model, shown in the following figure, contains the most basic elements of a communication system: a source for the signal, a channel with noise, and means of detecting errors caused by noise. Bernoulli Binary Bernoulli Binary Generator BSC Tx Error Rate Rx Calculation Error Rate Calculation Binary Symmetric Channel Display Set the Error probability for the Binary Symmetric Channel Block 0.01, 0.05, 0.1 and 1.0, and the sampling rate for Bernoulli Binary Generator Block 0.001. Connect the blocks and display the following information for each value of Error probabilities: . The bit error rate. . The number of errors. The total number of bits that are transmitted. Hint: See example-4, page (6-16).
To solve the problem concisely using smulink in MATLAB. 8. Build the following communication system model. The model, shown in the following figure, contains the most basic elements of a communication system: a source for the signal, a channel with noise, and means of detecting errors caused by noise. Bernoulli Binary Bernoulli Binary Generator BSC Tx Error Rate Rx Calculation Error Rate Calculation Binary Symmetric Channel Display Set the Error probability for the Binary Symmetric Channel Block 0.01, 0.05, 0.1 and 1.0, and the sampling rate for Bernoulli Binary Generator Block 0.001. Connect the blocks and display the following information for each value of Error probabilities: . The bit error rate. . The number of errors. The total number of bits that are transmitted. Hint: See example-4, page (6-16).
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Transcribed Image Text:To solve the problem concisely using
smulink in MATLAB.
8. Build the following communication system model. The model, shown in the following
figure, contains the most basic elements of a communication system: a source for the
signal, a channel with noise, and means of detecting errors caused by noise.
Bernoulli
Binary
Bernoulli Binary
Generator
BSC
Tx Error Rate
Rx Calculation
Error Rate Calculation
Binary Symmetric
Channel
Display
Set the Error probability for the Binary Symmetric Channel Block 0.01, 0.05, 0.1
and 1.0, and the sampling rate for Bernoulli Binary Generator Block 0.001.
Connect the blocks and display the following information for each value of Error
probabilities:
. The bit error rate.
. The number of errors.
The total number of bits that are transmitted.
Hint: See example-4, page (6-16).
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