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1. A loan of P20,000 is due on the 2nd year, while a loan of P40,000 is due on the 4th year. The borrower ρáíd P15,000 on the 3rd year. How...
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From the message: 10101000110111011100010 and CRC 12 polynomial divisor: compute for the CRC and then demonstrate that the...
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From the message: 10101000110111011100010 and CRC 12 polynomial divisor: compute for the CRC and then demonstrate that the receiver detects a 5-bit error from the MSB.
COMMUNICATIONS 2: MODULATION AND CODING TECHNIQUES
Coursework 5
Question 1
Note:
Integer, decimal, or E notation allowed
Determine the CRC remainder for the message: 10010011101001 and the CRC divisor: 100011
Question 2
Use the same...
Which is not true about CRC 12?
Show answer choices
A. none of the choices
B. to determine the CRC remainder, the data is appended with 12 0's then divided by the CRC dividing polynomial (wrong answer)
C. the CRC remainder is consisting of 12...
Which is not true about CRC 12?
Show answer choices
A. none of the choices
B. to determine the CRC remainder, the data is appended with 12 0's then divided by the CRC dividing polynomial (wrong answer)
C. the CRC remainder is consisting of 12...
Which is not true about CRC 12?
Show answer choices
A. none of the choices
B. to determine the CRC remainder, the data is appended with 12 0's then divided by the CRC dividing polynomial
C. the CRC remainder is consisting of 12 bits
D. the...
Design a 5-tap FIR HPF with cut-off frequency of 1000 Hz and a sampling rate of 9,000 Hz using the Fourier transform method
answer:
b_0 coeficient = -0.1567
b_1 coefficient = -0.2046
b_2 coefficient = 0.7778
b_3 coefficient = -0.2046
b_4...
Design a first-order low-pass digital Chebyshev filter with a cut-off frequency of 3.8kHz and 0.5 dB ripple on the pass-band using a sampling frequency of 15,000Hz.
Step 1
Given data,
Chebyshev low pass filter,
Passband ripple, n = 0.5dB...