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![Q4:
Plot the following discrete signal
X(n) [-1 2 4 3 6]
n= [0 1 2 3 4]
and give the Matlab code for that](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb80cfe2a-9a86-4b20-b1c0-e2dc877743a5%2Fd6c152a8-d8d6-4488-b5ac-11f03d014296%2Fljmtfmp_processed.jpeg&w=3840&q=75)
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- 0.1. Please Write MATLAB codes to draw the following signal within the given limit of x-axis. -1.0 -0.5 x(1) 10 0.5 1.0using matlab ... generate and plot this signal : x (t)=π[(t -3)/A ]+π[(t -C) /B]A = 3, B = 4 and C = 4.Using Verilog continuous assignments or VHDL signal assignments, write a description of the circuit specified by the following Boolean functions: Out_1=(A+B′)C′(C+D)Out_2=(C′D+BCD+CD′)(A′+B)Out_2= (AB+C)D+B′CWrite a testbench and simulate the circuit’s behavior.
- Consider signal as your ownThe basic principle of differential coding techniques like Differentil PCM (DPCM) and Adaptive Differential PCM (ADPCM) is to transmit information _____. A. about the changes in sample value B. approximation to the input signal C. using artificial signal D. of the actual sample values themselvesThe black and white TV is an example of a. non periodic composite signal b. periodic composite signal c. periodic simple signal d. None of the above
- 1.A(n) __________ signal is a signal that can take on any amplitude and iswell-defined at every time. 2. A(n) __________ signal is a signal whose amplitude can take only finite setof values, normally two, and is defined only at a discrete set of times.An L8 array was used to conduct the following experiments. Note that each experimental run is listed as a treatment condition (T.C. #). The quality characteristic is larger-the-better. Using the formula shown from lecture, what is the Signal to Noise ratio for TC 4? 27.37 26.74 27.87 26.23 (Don't hand writing solution)Digitize a line from (1,2) to (12,18) on a raster screen using Bresenham's line drawing algorithm. Compare it with line generated with DDA. What will be the changes if line is drawn from (12,18) to (1,2)?
- Q3: By means of DTFT and IDTFT, show that the output response of an LTI system h(n) = a"u(n) to the input x(n) = B"u(n), where |a| < 1, |B] < 1, and a # ß is given byWrite a MATLAB code for examining the performance of the Mann and Morrison algorithm and DFT method under different conditions. First, give a purse sinusoidal 50 Hz signal to these algorithms as input and examine the result. Second, add an exponential DC component to the signal and compare the results of these algorithms. Third, add 3rd and 5th harmonics to the signal and compare the results.______ finds the value of the signal amplitude for each sample; ____ finds the change from the previous sample. a. DM; PCM b. PCM; DM c. DM; CM d. none of the above