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Consider the following variable: variable1 DWORD 14253647h Assuming that the computer uses little endian order, illustrate how 'variable1' is stored in the memory. Answer format: For the following example, variable1 DWORD 14253647h If you think 14 goes to 0-th byte and 25 goes to 1st byte, you can write answer as follows: Offset (i-th byte) : value 0:14

Consider the following variable: variable1 DWORD 14253647h Assuming that the computer uses little endian order, illustrate how 'variable1' is stored in the memory. Answer format: For the following example, variable1 DWORD 14253647h If you think 14 goes to 0-th byte and 25 goes to 1st byte, you can write answer as follows: Offset (i-th byte) : value 0:14

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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**Understanding Little Endian Byte Order** Consider the following variable: **variable1 DWORD 14253647h** Assuming that the computer uses little endian order, illustrate how 'variable1' is stored in memory. ### Explanation: In computing, the **little endian** format is a system in which the least significant byte (the “littlest” end) of a word is stored at the lowest address, and the most significant byte (the “biggest” end) at the highest. ### Answer Format: For the following example: **variable1 DWORD 14253647h** Break down the DWORD into bytes: If you think 14 goes to the 0-th byte and 25 goes to the 1st byte, you can write the answer as follows: - **Offset (i-th byte) : value** - 0: 47 - 1: 36 - 2: 25 - 3: 14 This format demonstrates the reversed byte order typical of little endian systems, with the least significant byte (47) at the lowest offset and the most significant byte (14) at the highest.
Transcribed Image Text:**Understanding Little Endian Byte Order** Consider the following variable: **variable1 DWORD 14253647h** Assuming that the computer uses little endian order, illustrate how 'variable1' is stored in memory. ### Explanation: In computing, the **little endian** format is a system in which the least significant byte (the “littlest” end) of a word is stored at the lowest address, and the most significant byte (the “biggest” end) at the highest. ### Answer Format: For the following example: **variable1 DWORD 14253647h** Break down the DWORD into bytes: If you think 14 goes to the 0-th byte and 25 goes to the 1st byte, you can write the answer as follows: - **Offset (i-th byte) : value** - 0: 47 - 1: 36 - 2: 25 - 3: 14 This format demonstrates the reversed byte order typical of little endian systems, with the least significant byte (47) at the lowest offset and the most significant byte (14) at the highest.
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