A speech was digitized at 64kb/s. With the understanding of digital transmission explain how the bitstream can be transmitted successfully over a transmission medium of 48 kHz bandwidth which is centered on 100 kHz and explain mathematical what signal-to-noise ratio value will be required to ensure that arbitrarily low bit-error rates are achievable for this transmission, according to the Shannon-Hartley Law
A speech was digitized at 64kb/s. With the understanding of digital transmission explain how the bitstream can be transmitted successfully over a transmission medium of 48 kHz bandwidth which is centered on 100 kHz and explain mathematical what signal-to-noise ratio value will be required to ensure that arbitrarily low bit-error rates are achievable for this transmission, according to the Shannon-Hartley Law
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A speech was digitized at 64kb/s. With the understanding of digital transmission explain how the bitstream can be transmitted successfully over a transmission medium of 48 kHz bandwidth which is centered on 100 kHz and explain mathematical what signal-to-noise ratio value will be required to ensure that arbitrarily low bit-error rates are achievable for this transmission, according to the Shannon-Hartley Law.
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