Given the 1101011011 data frame and generator polynomial G(x) = x ^ 4 + x+1. Derive the transmitted frame.
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- Sketch the signal to carry through the medium if the sequence of bits to send using Differential Manchester line encoding scheme is 1110010110For the following stream of digital signal which is being transmitted by bit rate 5 Kbps: 101100000000110 a) Draw the waveform for all line codes you studied. b) Determine if the line code is self synchronized or not. c) Determine if the code can be used with ac coupling or not d) Determine the Bandwidth of the line code e) Which code is used in magnetic recording f) Which code is used in LANDraw the graph of the NRZ-L, NRZ-I, Manchester scheme, differential Manchesterscheme using each of the following data streams,assuming that the last signa11evel has been positive. From the graphs, guess thebandwidth for this scheme using the average number of changes in the signal level.a. 00000000b. 11111111c. 01010101d. 001100115.
- Please check my answer and correct the part which is need to be foxed.And provide justification for the answer. a) The transmission time of a frame can be calculated as follows: Propagation delay (Tp) = distance/speed = 5km / 200000 km/s = 0.0025ms Transmission time (Tt) = frame size/bandwidth = 10000 * 8bits / (1Mbps * 10 ^ 6) = 0.008sec = 8ms Total time for transmission = 2 * Tp + Tt(since the frame has to travel from A to D and then D to A) = 2 * 0.0025ms + 8ms = 0.005ms + 8ms = 8.005ms The transmission time of the frame from A to D is 8.005 ms. b) The efficiency of the CSMA/CD protocol is given by the formula: Tt is the transmission time of a frame C is the number of collisions, Tp is the propagation time of a signal from one end of the segment to the other. Efficiency = Tt / (C * 2 * Tp + Tt + Tp) Assuming that there are no other stations transmitting or attempting to transmit on the segment, the transmission from A to D will succeed without collisions. Therefore,…Q4: Draw the constellation diagram of 2*4 QAM signal then show the output amplitudes and phases of the signal when the following data stream are modulated 11001011111100100011 .Suppose the binary data stream 000011110011 is differentially encoded and then transmitted sketch each of the following codes Unipolar NRZ Polar RZ AMI (Alternate Mark Inversion) Manchester
- #45.! Consider the following bit stream-a. 00000000 b. 11111111 c. 01010101 d. 00110011 Draw the graph of the i. Manchester using each of the given data streams, assuming that the last signal level has been positive. From thegraphs, guess the bandwidth for this scheme using the average number of changes in the signal level... .Question 2 Describe the signal pattern produced on the medium by the Manchester-encodedpreamble of the IEEE 802.3 MAC frame. Explain the term handoffThe data word 10101110001101 is given for transmission. Draw the following encoding formats. NRZ-L NRZ-I Bi-phase Manchester RZ Differential Manchester
- please answer with proper explanation and step by step solution with final answer conclusion. Question: What is the rate in bits/sec to transmit a picture frame of size 460 by 300 bits in 33ms?. Draw the graph of the NRZ-L, NRZ-I, Manchester scheme, differential Manchester scheme using eachof the following data streams, assuming that the last signa11evel has been positive. From the graphs,guess the bandwidth for this scheme using the average number of changes in the signal level.a. 00000000b. 11111111c. 01010101d. 001100112.Consider the bit stream 01101101. Draw the waveforms for following line codes.(i)(ii)Biphase Manchester codingBiphase Differential Manchester codingPolar PSEUDOTERNARY(iii)(iv)Multilevel -8B6T(v)Multilevel-2B1Q Assume that the signal level for the most recent preceding 0 bit (pseudoternary) has a negative voltage.