2- Find the generator matrix for the following H matrix of LBC 1 1 11 011 101 [H] = 1 10 10 0 1 0 0 1] 0 LO
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![2- Find the generator matrix for the following H matrix of LBC
1
1 11
0
1
1
101
[H] =
1
1
0
10
10
00
10
0 10
3- For (7,4) code, with [H] for the previous problem
a- Find the corrected word at the receiver, if the received word [R]=[1001111].
b. Find the syndrome vector if double errors occur at first and last positions
c. Draw the decoder circuit used to find [S].](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8ab9d3e5-596f-41db-9416-e087f3f0bbf3%2F0780c4c5-fd2d-4d54-8301-271195b292c7%2Ftwnvr0o_processed.jpeg&w=3840&q=75)
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- SRAM uses RAS and CAS control lines. True FalseQ- To transmit the data 1011000 to his friend using hamming code technique. If during transmission, the 5th bit is flipped. Explain the process of recovering origin data from the received data.Construct the syndrome decoding circuit? Compute the syndrome vector for the received vector r = [1100111] and hence find the location of any error?
- In an FDMA-based multiple access system, each user is assigned an 80 kHz channel for full-duplex communication. There are 1000 channels in total in the system.Depending on the information given in Yukon, if the starting frequency of the frequency spectrum used by the FMDA system in one direction is 1000 MHz, the carrier frequency of the channel belonging to the first user is 1.000.040 Khz.ATrueBWrongSuppose, 5 signals are coming through 5 sources and will be multiplexed by time division multiplexing technique. The data rates of the 5 sources are 30kbps, 60kbps, 60kbps, 30kbps, Nkbps. Which of the data rate managements will work! here?Q/ Represents the PCM code [10001100101] in1- Alternate Mark Inversion(AMI)2- Split-phase(Manchester)3- Return to Zero(RZ)4- Non-Return to Zero-L(NRZ-L)5- Delay Modulation (Miller Code)
- What is the delay of sending a data file a station to a destination station? Suppose that the length of the data file is 1 Mbytes and the bandwidth of the channel is 200 Kbps, and the network link between the sender and receiver is 2000 Km and the speed of the light inside the link is 2x108 m/s? Assume that the delay is composed of only transmission time and propagation time.A. Given a fixed route and fixed link types between two end systems, which of the following delays may vary depending on the level of congestion in the network? Select one: a. processing delay b. propagation delay c. transmission delay d. queueing delay ============================= B. Suppose there is exactly one packet switch between a sending host and a receiving host. The transmission rates between the sending host and the switch and between the switch and the receiving host are R1 and R2, respectively. Assuming that the switch uses store-and-forward packet switching, what is the total end-to-end delay to send a packet of length L? (ignore queuing, propagation, and processing delays) Select one: a. L/(R1+R2) b. (R1+R2)/L c. L/R1+L/R2 d. 2∗(L/R1)Consider the following : (1) Twisted pair cables (2) Microwaves and Satellite Signals (3) Repeaters (4) Analog Transmissions (5) Fiber optics Which of the above is consider as (a) signal transmission medium is data communications? A. (1) and (5) B. (1) and (2) C. (1) (2) and (5) D. (1) (2) (3) and (5)
- 1. What type of transmissions represented the first type of digital communications?A. Digital signal processing B. Amplitude-shift keying C. Morse codeD. On-off keying 2. Each form of digital modulation has implications in terms of spectral efficiency, power distribution, and _________.A. amplitudeB. bandwidth C. performanceD. distortion3. Which of the following is a key characteristic of orthogonal frequency-division multiplexing?A. Amplitude modulationB. Noise performanceC. Digital modulationD. Spectral efficiency4. When a carrier is conveying intelligence by simply turning it on or off according to a prearranged code, this type of transmission is called ____________.A. continuous waveB. sine waveC. square waveD. cosine wave5. Why must modulated signals be demodulated?A. To recover the original intelligenceB. To improve the spectral efficiency of digital transmissionsC. To enable implementation of advanced featuresD. To produce one or more significant sideband pairs 6. What is one…Implement the following function using 8 to 1 line Multiplexer.F(A,B,C,D) = m(0,4,5,8,10,12,14,15)Assume a digital communication system with the following specifications: the channel Pe=0.05, and (n, k) block coding with n=21 and k-bit in every message, and the block code can correct maximum of 3 bits in every received codeword. Find the following: The number of data message bits (k) in every transmitted codeword. The probability to receive the codeword (frame) with no errors when it passes through this channel. The value of (Eb/No) of the channel. NOTE: when evaluating the channel assume uncoded system.