Lab Task #1 You are a detective. You have received the latest intelligence data on the target. The messages might have changed unintentionally when traveling through the network. You must implement CRC-3 to discover if the data you've obtained is error-free. Your polynomial is x^3 + x + 1. Each message is at most 29 bits long. Good luck! This is what you are given: unsigned int polynomial = 11; unsigned int data [3] = {23, 80, 13548}; unsigned int crc[3] = {6, 4, 4}; The variable polynomial is the decimal representation of x^3 + x + 1. The array data contains information about latitude, longitude, and elevation of the target. The array crc contains the original calculated CRC-3 for the data. Go through the data array and calculate the CRC-3 for each item in the array. Compare your calculation with the provided one in the crc array. Print [OK] or [FAILED] accordingly. If the calculations do not match, print the calculated CRC and expected CRC. Print the steps required to get to the calculated CRC.
Lab Task #1 You are a detective. You have received the latest intelligence data on the target. The messages might have changed unintentionally when traveling through the network. You must implement CRC-3 to discover if the data you've obtained is error-free. Your polynomial is x^3 + x + 1. Each message is at most 29 bits long. Good luck! This is what you are given: unsigned int polynomial = 11; unsigned int data [3] = {23, 80, 13548}; unsigned int crc[3] = {6, 4, 4}; The variable polynomial is the decimal representation of x^3 + x + 1. The array data contains information about latitude, longitude, and elevation of the target. The array crc contains the original calculated CRC-3 for the data. Go through the data array and calculate the CRC-3 for each item in the array. Compare your calculation with the provided one in the crc array. Print [OK] or [FAILED] accordingly. If the calculations do not match, print the calculated CRC and expected CRC. Print the steps required to get to the calculated CRC.
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Latitude: 23 [FAILED]
Calculated CRC: 3
Expected CRC: 6
10111000
10110000
--------
00001000
00001000
00001011
--------
00000011
Longitude: 80 [FAILED]
Calculated CRC: 5
Expected CRC: 4
1010000000
1011000000
----------
0001000000
0001000000
0001011000
----------
0000011000
0000011000
0000010110
----------
0000001110
0000001110
0000001011
----------
0000000101
Elevation: 13548 [OK]
11010011101100000
10110000000000000
-----------------
01100011101100000
01100011101100000
01011000000000000
-----------------
00111011101100000
00111011101100000
00101100000000000
-----------------
00010111101100000
00010111101100000
00010110000000000
-----------------
00000001101100000
00000001101100000
00000001011000000
-----------------
00000000110100000
00000000110100000
00000000101100000
-----------------
00000000011000000
00000000011000000
00000000010110000
-----------------
00000000001110000
00000000001110000
00000000001011000
-----------------
00000000000101000
00000000000101000
00000000000101100
-----------------
00000000000000100
![Lab Task #1
You are a detective. You have received the latest intelligence data on the target. The messages might have changed unintentionally when
traveling through the network. You must implement CRC-3 to discover if the data you've obtained is error-free. Your polynomial is x^3 + x
+ 1. Each message is at most 29 bits long. Good luck!
This is what you are given:
unsigned int polynomial = 11;
unsigned int data [3] = {23, 80, 13548};
unsigned int crc[3] = {6, 4, 4};
The variable polynomial is the decimal representation of x^3 + x + 1 . The array data contains information about latitude, longitude,
and elevation of the target. The array crc contains the original calculated CRC-3 for the data.
Go through the data array and calculate the CRC-3 for each item in the array. Compare your calculation with the provided one in the crc
array. Print [OK] or [FAILED] accordingly. If the calculations do not match, print the calculated CRC and expected CRC. Print the steps
required to get to the calculated CRC.
In order to calculate the CRC-3 we are going to create a function crc3(). This function returns the check value of the CRC-3. We use
printSteps to aide in our debugging. When set to true, it prints the binary steps.
The following function prototype is given:
unsigned int crc3(unsigned int binary, unsigned int polynomial, bool printSteps = false);](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc6ce2923-cea3-41cf-a4f2-a56cfef2ed6d%2F0a696bce-98ac-4571-8f5d-a60a2b9dfd33%2Fx8oo6vi_processed.png&w=3840&q=75)
Transcribed Image Text:Lab Task #1
You are a detective. You have received the latest intelligence data on the target. The messages might have changed unintentionally when
traveling through the network. You must implement CRC-3 to discover if the data you've obtained is error-free. Your polynomial is x^3 + x
+ 1. Each message is at most 29 bits long. Good luck!
This is what you are given:
unsigned int polynomial = 11;
unsigned int data [3] = {23, 80, 13548};
unsigned int crc[3] = {6, 4, 4};
The variable polynomial is the decimal representation of x^3 + x + 1 . The array data contains information about latitude, longitude,
and elevation of the target. The array crc contains the original calculated CRC-3 for the data.
Go through the data array and calculate the CRC-3 for each item in the array. Compare your calculation with the provided one in the crc
array. Print [OK] or [FAILED] accordingly. If the calculations do not match, print the calculated CRC and expected CRC. Print the steps
required to get to the calculated CRC.
In order to calculate the CRC-3 we are going to create a function crc3(). This function returns the check value of the CRC-3. We use
printSteps to aide in our debugging. When set to true, it prints the binary steps.
The following function prototype is given:
unsigned int crc3(unsigned int binary, unsigned int polynomial, bool printSteps = false);
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