Consider a convolutional code with code rate R = 1/2, k = 1, and constraint length L = 3. The generatorsare g1 = [100] and g2 = [111].a) Find the output for input 10100 based on the trellis diagram of this convolutional code.b) Suppose that the received sequence is 1110110010. Use the Viterbi algorithm to find the most likelytransmitted data sequence.

2. Convert the following hexadecimal numbers to octal. (C30D)16; (E57)16; and (30D5)16 3. Write the data (6C)н in gray code and BCD code. 4. Show the value of all bits of a 2-byte that hold the number equivalent to hexadecimal AFB8

A continuous signal x(t) is 2 seconds long. The first second of the signal contains music while the 2nd second is total quiet. The sampling rate is 1000 Hz. If the entire signal is input into the FFT what is the minimum resolution that can be resolved between frequencies? The total number of samples in the 2 second segment are: The bin increment is The minimum frequency that can be resolved is hz. hz

2) In an A-to-D process, what should be the sampling rate for a signal with maximum frequency of 16kHz ? 8000 samples per second. 16000 samples per second. 32000 samples per second. 64000 samples per second. 2) 6) A 6 kHz channel transmits a signal experiencing SNR of 15. What is the maximum Bit Rate of the channel?? 24000bps. 12000bps. 6Kbps. 6000bps