Question 3) For the CPU architecture given in slide 17 of lecture-3 notes, find the instruction binary encodings for the program shown below and fill in the instruction memory table. You must use 3 instructions at most. Assume every address in instruction memory stores a single 16-bit instruction and the program is stored in instruction memory starting from address 0. Also, assume all CPU registers are 8-bits wide and all initially contain OxFF value. In the program below, assume variable "a" is mapped to RO register and R1 is used as a temporary register for calculations. For deriving the encoding for each instruction, show the values of individual control word bits and explain why those bits are selected as such. unsigned int a = 5;//const 5 is an immediate value that is stored into a which is mapped to RO a = a*5; //Multiply a by 5 and store the result back to a in RO

Question 3) For the CPU architecture given in slide 17 of lecture-3 notes, find the instruction binary encodings for the program shown below and fill in the instruction memory table. You must use 3 instructions at most. Assume every address in instruction memory stores a single 16-bit instruction and the program is stored in instruction memory starting from address 0. Also, assume all CPU registers are 8-bits wide and all initially contain OxFF value. In the program below, assume variable "a" is mapped to RO register and R1 is used as a temporary register for calculations. For deriving the encoding for each instruction, show the values of individual control word bits and explain why those bits are selected as such. unsigned int a = 5;//const 5 is an immediate value that is stored into a which is mapped to RO a = a*5; //Multiply a by 5 and store the result back to a in RO

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Description: Question 3) For the CPU architecture given in slide 17 of lecture-3 notes, find the instruction binaryencodings for the program shown below and fill in the instruction memory table. You must use 3instructions at most.Assume every address in instruct

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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