Q. Equalization techniques can be categorised into _______ and ______ techniques.

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Q. Equalization is linear if an analog signal is fed back to change the subsequent outputs of the equalizer.

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Q. In the context of equalizers, LTE stands for ________

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Q. Which of the following is not a characteristic of FIR filter?

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Q. Which of the following is not an advantage of lattice equalizer?

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Q. Non-linear equalizers are used in applications where channel distortion is not severe.

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Q. Which of the following is not a non-linear equalization technique?

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Q. For a distorted channel, LTE performance is superior to DFE.

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Q. Which of the following does not hold true for MLSE?

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Q. MLSE decodes each received signal by itself.

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Q. Which of the following factor could not determine the performance of algorithm?

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Q. Rate of convergence is defined by __________ of algorithm.

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Q. Computational complexity is a measure of ________

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Q. Choice of equalizer structure and its algorithm is not dependent on ________

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Q. Coherence time is dependent on the choice of the algorithm and corresponding rate of convergence.

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Q. Which of the following is not an algorithm for equalizer?

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Q. Which of the following is a drawback of zero forcing algorithm?

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Q. Zero forcing algorithm performs well for wireless links.

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Q. LMS equalizer minimizes __________

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Q. For N symbol inputs, LMS algorithm requires ______ operations per iterations.

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