Provide the instruction type, assembly language instruction, and binary representation of the instruction described by the...

Provide the instruction type, assembly language instruction, and binary representation of the instruction described by the following LEGv8 fields:

op = 0x458, Rm = 14, Rn = 16, Rd = 18, shamt = 0

Expert Solution

Instruction type: R-type (refer below)

Assembly language Instruction: ADD X18, X16, X14 // (since, opcode 0x458(hex) = 1112(decimal) which is ADD arithmetic operation)

// register X18 contains the sum of the contents of X14 & X16 (refer below)

Instruction	op = 0x458(hex) (11 bits)	Rm = 14 (5 bits)	Shamt=0 (6 bits)	Rn =16 (5 bits)	Rd = 18 (5 bits)
Decimal represntation	1112	14	0	16	18
Hexa decimal representation	0000 0000 458	0000E	000000	00010	00012
Binary representation	100 0101 1000	01110	000000	10000	10010

venereology answered 4 months ago

Assume that the instruction pointer, EIP, initially contains 2010 and the assembly language representation of the...

Assume that the instruction pointer, EIP, initially contains 2010 and the assembly language representation of the instructions in memory starting at address 2010 is Instruction Address Instruction 20 CMP DL, 0xD2 21 JE 72 Before the instruction sequence is executed, the flags are CF=0, ZF=0 and SF=0 and the Registers have the values AL=0x0D, BL=0xA9 CL=0x5E andDL=0xCF. What is the value of the instruction pointer after the sequence executes?

Write a possible assembly language instruction or set of instructions to accomplish the following: a) Compare...

Write a possible assembly language instruction or set of instructions to accomplish the following: a) Compare the byte stored at the memory location pointed to by register R4 to the upper (higher) byte stored in register R5 b) Branch to instruction at label ‘ZERO’ if the lower byte of register R6 is zero c) Jump to the instruction at label ‘EVEN’ if the value in register R7 is an even number

Write in ARM assembly language the following operations without using multiplication instruction: a) A * 17...

Write in ARM assembly language the following operations without using multiplication instruction: a) A * 17 b). A * 23

In YASM Assembly language, how would you convert a hex byte into it's ascii representation?

The following 32-bit binary word written in hexadecimal format represents a single RISC-V assembly instruction. What...

The following 32-bit binary word written in hexadecimal format represents a single RISC-V assembly instruction. What is the RISC-V instruction format and specific assembly language instruction? 0xfe810113

Is there gender differences in the neuronal representation of language?

Write a MIPS Assembly Language program which runs interactively to convert between decimal, binary, and hexadecimal....

Write a MIPS Assembly Language program which runs interactively to convert between decimal, binary, and hexadecimal. 1. Request input data type. 2. Request input data. 3. Request output data type. 4. Output the data. Use any algorithm

Write the binary tree representation for the Binary Search for also 17 elements and give the...

Write the binary tree representation for the Binary Search for also 17 elements and give the worst-case

Look for the binary representation for each of the numbers in the left column of the...

Look for the binary representation for each of the numbers in the left column of the following table using the algorithm that iteratively divides by two. Show all steps of the algorithm for each number in different rows of a table with three columns like the example I have included. All steps are essential for getting full credit. Create 5 different tables for the 5 numbers. The numbers in the left column of the following table are expressed in base-10...

i.Show that 0.0100112 is the binary representation of 0.29687510 ii.A computer system allows only 4 binary...

i.Show that 0.0100112 is the binary representation of 0.29687510 ii.A computer system allows only 4 binary digits after the decimal point. Write the two binary values with exactly 4 digits after the decimal point that ‘sandwich’ 0.0100112. iii.Using the two binary ‘sandwich’ values that you found in (ii), write down the minimum and maximum binary values that sandwich the result of 0.0100112 + 0.0100112 iv.Convert each of the binary values you found in (iii) to decimal notation. Give the minimum...

Question