817 in binary antipodal signaling scheme the signals are given by 0215 si 5 24 t otherwisc the channel is awgn and s0 and the wo signals have prior probabilities delenine the structure of th 00933

Additive White Gaussian Noise (AWGN) | Wireless Pi

Binary data are transmitted over a noisy communication channel. The probability that a received binary digit is in error due to channel noise is 0.05 . Assume that such errors occur independently within the bit stream. (a) What is the probability that the 3 rd error occurs on the 50 th transmitted bit? (b) On average, how many bits will be transmitted correctly before the first error? (c) Consider a 32 -bit "word.". What is the probability of exactly 2 errors in this word? (d) Consider the next