Consider the following binary communication channel Z {0,1} X € {0, 1} +) Y € {0, 1} • The bit sent X ~ Bern(p), Z ~ Bern(e), the bity received Y = (X + Z) mod 2 = X + Z, and X and Z are independent. • Let's study this channel.

Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
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Example (Binary Symmetric Channel, (1))
Consider the following binary communication channel
Z {0, 1}
X € {0, 1}
+,
Y € {0, 1}
• The bit sent X ~ Bern(p), Z ~ Bern(e), the bity received Y = (X+ Z) mod 2 = X e Z,
and X and Z are independent.
• Let's study this channel.
Transcribed Image Text:Example (Binary Symmetric Channel, (1)) Consider the following binary communication channel Z {0, 1} X € {0, 1} +, Y € {0, 1} • The bit sent X ~ Bern(p), Z ~ Bern(e), the bity received Y = (X+ Z) mod 2 = X e Z, and X and Z are independent. • Let's study this channel.
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