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Problem 1: Working with MARIE                                       Write MARIE code to perform the following pseudocode excerpt, with an explanation of each instruction in your code beside it.                    Input a value for x      if(x > y)         max= x else      max=y Output the value of max Provide a screenshot of the simulation result (A screenshot of the MARIE Simulator window after running the program, showing the value at the output window). Instructions: Use “ORG” instruction to start your program at an address equivalent to 102410. Use your last university ID number to input the new value of x. For example, if your ID is 2315161678235, then you will use the number 5 as the value of x (value of y will be used as assigned below) Do not forget to change the Input and output boxes to decimal! You should include the necessary labels and directives at the end of your program: X,     Dec 0 And, Dec 6 max,   Dec 0

Problem 1: Working with MARIE                                       Write MARIE code to perform the following pseudocode excerpt, with an explanation of each instruction in your code beside it.                    Input a value for x      if(x > y)         max= x else      max=y Output the value of max Provide a screenshot of the simulation result (A screenshot of the MARIE Simulator window after running the program, showing the value at the output window). Instructions: Use “ORG” instruction to start your program at an address equivalent to 102410. Use your last university ID number to input the new value of x. For example, if your ID is 2315161678235, then you will use the number 5 as the value of x (value of y will be used as assigned below) Do not forget to change the Input and output boxes to decimal! You should include the necessary labels and directives at the end of your program: X,     Dec 0 And, Dec 6 max,   Dec 0

Computer Networking: A Top-Down Approach (7th Edition)
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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Problem 1: Working with MARIE                                    

 

  1. Write MARIE code to perform the following pseudocode excerpt, with an explanation of each instruction in your code beside it.

        

          Input a value for x

     if(x > y)

        max= x

else

     max=y

Output the value of max

  1. Provide a screenshot of the simulation result (A screenshot of the MARIE Simulator window after running the program, showing the value at the output window).

Instructions:

  • Use “ORG” instruction to start your program at an address equivalent to 102410.
  • Use your last university ID number to input the new value of x.

For example, if your ID is 2315161678235, then you will use the number 5 as the value of x (value of y will be used as assigned below)

  • Do not forget to change the Input and output boxes to decimal!
  • You should include the necessary labels and directives at the end of your program:

X,     Dec 0

And, Dec 6

max,   Dec 0

 

 

Problem 1: Working with MARIE (10 Marks) a) Write MARIE code to perform the following pseudocode excerpt, with an explanation of each instruction in your code beside it. Input a value for x if(x > y) max= x else max=y Output the value of max b) Provide a screenshot of the simulation result (A screenshot of the MARIE Simulator window after running the program, showing the value at the output window). C- Instructions: Use "ORG" instruction to start your program at an address equivalent to 102410. Use your last university ID number to input the new value of x. For example, if your ID is 2315161678235, then you will use the number 5 as the value of x (value of y will be used as assigned below) Do not forget to change the Input and output boxes to decimal! You should include the necessary labels and directives at the end of your program: X₂ Dec 0 Y, Dec 6 max, Dec 0 Problem 2: Working with Digital Representation (10 Marks) Given the following normalized 14-bit format with an excess-16 bias, answer the following questions: 1 1 1 0 0 10 0 1 1 0 0 1 1 1 00 0 1 1 00 0 1 0 00 a- Find the equivalent decimal values of both numbers b- Add the above given numbers using floating-point arithmetic and show the result in a normalized 14-bit format with an excess-16 bias. Prove that your answer in part b is correct by checking its decimal equivalent value with the sum of the equivalent decimal values of both numbers you calculated in part a.
Transcribed Image Text:Problem 1: Working with MARIE (10 Marks) a) Write MARIE code to perform the following pseudocode excerpt, with an explanation of each instruction in your code beside it. Input a value for x if(x > y) max= x else max=y Output the value of max b) Provide a screenshot of the simulation result (A screenshot of the MARIE Simulator window after running the program, showing the value at the output window). C- Instructions: Use "ORG" instruction to start your program at an address equivalent to 102410. Use your last university ID number to input the new value of x. For example, if your ID is 2315161678235, then you will use the number 5 as the value of x (value of y will be used as assigned below) Do not forget to change the Input and output boxes to decimal! You should include the necessary labels and directives at the end of your program: X₂ Dec 0 Y, Dec 6 max, Dec 0 Problem 2: Working with Digital Representation (10 Marks) Given the following normalized 14-bit format with an excess-16 bias, answer the following questions: 1 1 1 0 0 10 0 1 1 0 0 1 1 1 00 0 1 1 00 0 1 0 00 a- Find the equivalent decimal values of both numbers b- Add the above given numbers using floating-point arithmetic and show the result in a normalized 14-bit format with an excess-16 bias. Prove that your answer in part b is correct by checking its decimal equivalent value with the sum of the equivalent decimal values of both numbers you calculated in part a.
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