Which type of channel does not represent any correlation between input and output symbols? A. Noiseless Channel B. Lossless Channel C. Useless Channel D. Deterministic Channel

[amp_mcq option1=”Noiseless Channel” option2=”Lossless Channel” option3=”Useless Channel” option4=”Deterministic Channel” correct=”option4″]

The correct answer is: D. Deterministic Channel

A deterministic channel is a channel in which the output is completely determined by the input. This means that there is no noise or distortion in the channel, and the output is always the same as the input.

A noiseless channel is a channel in which there is no noise or distortion. However, this does not mean that the output is always the same as the input. The output may be different from the input due to other factors, such as the channel’s bandwidth or the signal’s power.

A lossless channel is a channel in which there is no loss of information. This means that the output is exactly the same as the input. However, this does not mean that the output is always noiseless. The output may be noisy due to factors such as the channel’s bandwidth or the signal’s power.

A useless channel is a channel in which there is no correlation between the input and output symbols. This means that the output is completely random, and there is no way to predict it from the input.

In conclusion, the correct answer is: D. Deterministic Channel

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