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• Convert the following pseudo-code into assembly codo-(/'represents-comments). // Each element is 1 Byte long // Each element is 1 Byte long arrayl 13h, 14h, 15h, 16h array2 12h, 13h, 14h, 15h // lengthl is a Symbolic constant // length2 is a Symbolic constant // this variable is 1 byte long initialized with 30 lengthl = number of items in Arrayl. length2 = number of items in Array2 samplel = 30h sample2 = 5h. // this variable is 1 byte long 1 byte long variable maxlength = max of lengthl and length2. // maxlength is // this is a variable initialized with 0 index = 0. While ( index < maxlength ){ If (arrayl[index] > array2[index] expl = (arrayl[index] * samplel) / (array2[index] Sample2) 7,1, only store the quotient of the division in expl and expl is 16 bít long variable else expl = 0 index = index + 1 }

• Convert the following pseudo-code into assembly codo-(/'represents-comments). // Each element is 1 Byte long // Each element is 1 Byte long arrayl 13h, 14h, 15h, 16h array2 12h, 13h, 14h, 15h // lengthl is a Symbolic constant // length2 is a Symbolic constant // this variable is 1 byte long initialized with 30 lengthl = number of items in Arrayl. length2 = number of items in Array2 samplel = 30h sample2 = 5h. // this variable is 1 byte long 1 byte long variable maxlength = max of lengthl and length2. // maxlength is // this is a variable initialized with 0 index = 0. While ( index < maxlength ){ If (arrayl[index] > array2[index] expl = (arrayl[index] * samplel) / (array2[index] Sample2) 7,1, only store the quotient of the division in expl and expl is 16 bít long variable else expl = 0 index = index + 1 }

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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. Convert the following pseudo code into assembly codo- (//' represents-comments). // Each element is 1 Byte long // Each element is 1 Byte long arrayl 13h, 14h, 15h, 16h array2 12h, 13h, 14h, 15h // lengthl is a Symbolic constant // length2 is a Symbolic constant // this variable is 1 byte long initialized with 30 lengthl = number of items in Arrayl. length2 = number of items in Array2 samplel = 30h sample2 = 5h. // this variable is 1 byte long 1 byte long variable maxlength = max of lengthl and length2. // maxlength is // this is a variable initialized with 0 index = 0. While ( If (arrayl [index] > array2[index] index < maxlength ){ * samplel) / (array2[index] expl = (arrayl[index] only store the quotient of the division in expl and expl is 7/16 bit long variable Sample2) else expl = 0 index = index + 1 }
Transcribed Image Text:. Convert the following pseudo code into assembly codo- (//' represents-comments). // Each element is 1 Byte long // Each element is 1 Byte long arrayl 13h, 14h, 15h, 16h array2 12h, 13h, 14h, 15h // lengthl is a Symbolic constant // length2 is a Symbolic constant // this variable is 1 byte long initialized with 30 lengthl = number of items in Arrayl. length2 = number of items in Array2 samplel = 30h sample2 = 5h. // this variable is 1 byte long 1 byte long variable maxlength = max of lengthl and length2. // maxlength is // this is a variable initialized with 0 index = 0. While ( If (arrayl [index] > array2[index] index < maxlength ){ * samplel) / (array2[index] expl = (arrayl[index] only store the quotient of the division in expl and expl is 7/16 bit long variable Sample2) else expl = 0 index = index + 1 }
array1 elements are 1 byte long array2 elements are 1 byte long length1 and length2 are symbolic constant sample1 and sample2 are 1 byte long variables initialized with 30h, and 5h respectively maxlength is a 1 byte long variable and uninitialized in the beginning. Inside the code section, compute the largest between length1 and lenght2 and store it in the maxlength Index is a variable that is 1 byte long and initialized with 0 Exp1 is a variable that is 2 byte long. You are free to use any register and user defined temporary memory variables to store the values. Your code must produce correct results. Also handle corner cases (e.g. if the divisor is zero, assign 0 to exp1)
Transcribed Image Text:array1 elements are 1 byte long array2 elements are 1 byte long length1 and length2 are symbolic constant sample1 and sample2 are 1 byte long variables initialized with 30h, and 5h respectively maxlength is a 1 byte long variable and uninitialized in the beginning. Inside the code section, compute the largest between length1 and lenght2 and store it in the maxlength Index is a variable that is 1 byte long and initialized with 0 Exp1 is a variable that is 2 byte long. You are free to use any register and user defined temporary memory variables to store the values. Your code must produce correct results. Also handle corner cases (e.g. if the divisor is zero, assign 0 to exp1)
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