Ununununununununununununununun 3. A binary transmission system uses the following waveform and its antipodal counterpart to represent...

 

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Ununununununununununununununun 3. A binary transmission system uses the following waveform and its antipodal counterpart to represent binary 1 and 0 symbols respectively. On the receiver, a correlator receiver is used as shown. The correlator output signal at the fully synchronous measurement times is y[nT] R[nT]+n. 1 is the noise component whose pdf is also given below. +4(1) 1 2 ++(1).1 fn pdf of noise -y[n] nT w,(t) Calculate the probability of decision error p., assuming that the system is in full synchronization, symbol transmission probabilities are equal and the channel has no ISI (intersymbol interference). Ununununununununununununununun 3. A binary transmission system uses the following waveform and its antipodal counterpart to represent binary 1 and 0 symbols respectively. On the receiver, a correlator receiver is used as shown. The correlator output signal at the fully synchronous measurement times is y[nT] R[nT]+n. 1 is the noise component whose pdf is also given below. +4(1) 1 2 ++(1).1 fn pdf of noise -y[n] nT w,(t) Calculate the probability of decision error p., assuming that the system is in full synchronization, symbol transmission probabilities are equal and the channel has no ISI (intersymbol interference).