6) Write assembly language code that takes an 8-bit signed number in a register as its input and sign extends the number to 32-bits. The 8-bit signed input will be stored in the least significant byte of the register. The upper three bytes of the input register might contain any value. You may choose any register as the input and output. Sign extending means that the sign bit (bit 7 of the input) is copied to the upper 24-bits in the answer. Examples: input: Ox1F54 E778, output: 0x0000 0078 input: OXOF39_29E2, output: 0XFFFF FFE2

6) Write assembly language code that takes an 8-bit signed number in a register as its input and sign extends the number to 32-bits. The 8-bit signed input will be stored in the least significant byte of the register. The upper three bytes of the input register might contain any value. You may choose any register as the input and output. Sign extending means that the sign bit (bit 7 of the input) is copied to the upper 24-bits in the answer. Examples: input: Ox1F54 E778, output: 0x0000 0078 input: OXOF39_29E2, output: 0XFFFF FFE2

Name: just use simple assembly code to do the question. 6) Write assembly la
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Description: just use simple assembly code to do the question. 6) Write assembly language code that takes an 8-bit signed number in a register as its input and sign extendsthe number to 32-bits. The 8-bit signed input will be stored in the least significant byte

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter2: Introduction To Systems Architecture

Section: Chapter Questions

Problem 2VE: A(n) __________ is a storage location implemented in the CPU.

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