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Let's consider a Student ID 171014026 as in Decimal number. Converting the last 4-digit of the ID 4026 will generate equivalent 16-bit binary 0000111110111010. Now, convert the last 4-digit of your own student ID into 16-bit binary number, and store the High-significant 8-bits of the binary number into register R1, and Least-significant 8-bits of the binary number into register R2. Compute the register value R2 after an arithmetic shift right followed by a circular shift left followed by an arithmetic shift left. Determine whether there is an Overflow for the register R2.

Let's consider a Student ID 171014026 as in Decimal number. Converting the last 4-digit of the ID 4026 will generate equivalent 16-bit binary 0000111110111010. Now, convert the last 4-digit of your own student ID into 16-bit binary number, and store the High-significant 8-bits of the binary number into register R1, and Least-significant 8-bits of the binary number into register R2. Compute the register value R2 after an arithmetic shift right followed by a circular shift left followed by an arithmetic shift left. Determine whether there is an Overflow for the register R2.

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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Let's consider a Student ID 171014026 as in Decimal number. Converting the last 4-digit of the ID 4026 will generate equivalent 16-bit binary 0000111110111010. Now, convert the last 4-digit of your own student ID into 16-bit binary number, and store the High-significant 8-bits of the binary number into register R1, and Least-significant 8-bits of the binary number into register R2. Compute the register value R2 after an arithmetic shift right followed by a circular shift left followed by an arithmetic shift left. Determine whether there is an Overflow for the register R2.
Transcribed Image Text:Let's consider a Student ID 171014026 as in Decimal number. Converting the last 4-digit of the ID 4026 will generate equivalent 16-bit binary 0000111110111010. Now, convert the last 4-digit of your own student ID into 16-bit binary number, and store the High-significant 8-bits of the binary number into register R1, and Least-significant 8-bits of the binary number into register R2. Compute the register value R2 after an arithmetic shift right followed by a circular shift left followed by an arithmetic shift left. Determine whether there is an Overflow for the register R2.
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