Consider the AM signal s (t) = Ac [1 + μ cos (2πA?mt)]

Consider the AM signal s (t) = Ac [1 + μ cos (2πA?mt)] Consider the AM signal s (t) = Ac [1 + Âľ cos (2pA?mt)] cos (2pA?ct) produced by a sinusoidal modulating signal of frequency A?m. Assume that the modulation factor Âľ = 2, and the carrier frequency A?c is much greater than A?m. […]

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Consider the (31, 15) Reed-Solomon code

Consider the (31, 15) Reed-Solomon code Consider the (31, 15) Reed-Solomon code. (a) How many bits are there in a symbol of the code? (b) What is the block length in bits? (c) What is the minimum distance of the code? (d) How many symbols in error can the code correct? Is this the question […]

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Construct the trellis diagram for the encoder of Figure, assumin

Construct the trellis diagram for the encoder of Figure, assumin Construct the trellis diagram for the encoder of Figure, assuming a message sequence of length 5. Trace the path through the trellis corresponding to the message sequence 10111. . . . Compare the resulting encoder output with that found inproblem. Is this the question you […]

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Construct the code tree for the convolutional encoder of Figure

Construct the code tree for the convolutional encoder of Figure Construct the code tree for the convolutional encoder of Figure. Trace the path through the tree that corresponds to the message sequence 10111 . . . , and compare the encoder output with that determined inproblem. Is this the question you were looking for? If […]

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Consider the (7, 4) Hamming code defined by the generator

Consider the (7, 4) Hamming code defined by the generator Consider the (7, 4) Hamming code defined by the generator polynomial g(X) = 1 + X + X3 the code word 0111001 is sent over a noisy channel, producing the received word 0101001 that has a single error. Determine the syndrome polynomial s(X) for this […]

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Consider the (15, 4) maximal-length code that is the dual

Consider the (15, 4) maximal-length code that is the dual Consider the (15, 4) maximal-length code that is the dual of the (15, 11) Hamming code of problem. Do the following: (a) Find the feedback connections of the encoder, and compare your results with those of Table 7.1 on maximal-length codes presented. (b) Find the […]

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Continuing with the four line codes considered in Problem 5.1,

Continuing with the four line codes considered in Problem 5.1, Continuing with the four line codes considered in Problem 5.1, identity the line codes that have minimum average energy and those that do not. Compare your answers with the observations made on these Line codes in Section 3.7. Is this the question you were looking […]

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