How to determine the maximum bit rate that can be sent given a bit error probability?
A bipolar binary signal, $s_i(t)$ is a $+1$ or $-1$ V pulse during the interval $(0,T).$ Additive white Gaussian noise with a two-sided power spectral density of $10^{-3}$ W/Hz is added to the signal.
If the received signal is detected with a matched filter, determine the maximum bit rate that can be sent with a bit error probability of $P_b le 10^{-3}.$
Some help with this problem would be greatly appreciated.
probability
asked Nov 27 '18 at 20:48
Fausty the Snowman
13
add a comment |
A bipolar binary signal, $s_i(t)$ is a $+1$ or $-1$ V pulse during the interval $(0,T).$ Additive white Gaussian noise with a two-sided power spectral density of $10^{-3}$ W/Hz is added to the signal.
If the received signal is detected with a matched filter, determine the maximum bit rate that can be sent with a bit error probability of $P_b le 10^{-3}.$
Some help with this problem would be greatly appreciated.
probability
asked Nov 27 '18 at 20:48
Fausty the Snowman
13
add a comment |
A bipolar binary signal, $s_i(t)$ is a $+1$ or $-1$ V pulse during the interval $(0,T).$ Additive white Gaussian noise with a two-sided power spectral density of $10^{-3}$ W/Hz is added to the signal.
If the received signal is detected with a matched filter, determine the maximum bit rate that can be sent with a bit error probability of $P_b le 10^{-3}.$
Some help with this problem would be greatly appreciated.
probability
asked Nov 27 '18 at 20:48
Fausty the Snowman
13
A bipolar binary signal, $s_i(t)$ is a $+1$ or $-1$ V pulse during the interval $(0,T).$ Additive white Gaussian noise with a two-sided power spectral density of $10^{-3}$ W/Hz is added to the signal.
If the received signal is detected with a matched filter, determine the maximum bit rate that can be sent with a bit error probability of $P_b le 10^{-3}.$
Some help with this problem would be greatly appreciated.
probability
probability
asked Nov 27 '18 at 20:48
Fausty the Snowman
13
asked Nov 27 '18 at 20:48
Fausty the Snowman
13
edited Nov 27 '18 at 21:03
asked Nov 27 '18 at 20:48
Fausty the Snowman
13
asked Nov 27 '18 at 20:48
Fausty the Snowman
13
asked Nov 27 '18 at 20:48
Fausty the Snowman
13
13
add a comment |
add a comment |
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