Show, using the table below, the execution trace of that program by filling in the contents ofevery register and memory location after the fetch cycle and after the execute cycle of everyinstruction. All values are in hexadecimal.Instruction Cycle PC ACCTR PTRInitiallySDB300 F43A 0C8Fetch SE B300 F43A OC8Execute SE 0007 F43A 0C803BEFetchExecute73BFCFFFFetchExecute************************Location: Location: Location: Location:3BE3BF3C05D30007000A0001FFFF0007000A0001FFFF0007000A0001FFFF.....************4** Please answer all the following questions.1. In a hypothetical computer, the processor has four registers: an 8-bit Program Counter (PC),a 16-bit Accumulator (AC), a 16-bit Counter (CTR), and a 12-bit Pointer (PTR). Thememory is divided into words each of which is 16-bit long. Each word can hold either aninstruction or a piece of data. For each instruction X, the four most significant bits (denotedby X15-12) represent an opcode. The rest of the instruction (denoted by X11-0) can be eitheran address or a value of an operand. The table below explains some of the instructionssupported by the processor.Opcode(binary)000000010010001101000101011001111000100110101011OperationLoad AC from a memory location whose address is X11-0.Store AC into a memory location whose address is X11-0.Add to AC the contents of a memory location whose address is the value ofPTR. The result is saved to AC.1100Subtract from AC the contents of a memory location whose address is thevalue of PTR. The result is saved to AC.Multiply AC times X₁1-0. The result is saved to AC.Divide AC by X11-0. The result is saved to AC.Reset AC.Load PTR with X₁1-0.Increment PTR (by one).Load CTR with X₁1-0.Decrement CTR (by one).If CTR is not 0, branch to an instruction whose address is X7-0 (i.e., load PCwith X7-0), else continue normally (i.e., do not change PC).Halt execution.Given the following program:Address(Hexadecimal)05D05E05F060061062063064065066Contents(Hexadecimal)03BE73BF90022FFF8000A333BF60500315D3CFFF

Name: Show, using the table below, the execution trace of that program by f
Uploaded: 2024-03-20T06:51:23.000Z
Channel: Bartleby
Description: Show, using the table below, the execution trace of that program by filling in the contents ofevery register and memory location after the fetch cycle and after the execute cycle of everyinstruction. All values are in hexadecimal.Instruction Cycle P

Engineering

Computer Science

Show, using the table below, the execution trace of that program by filling in the contents of every register and memory location after the fetch cycle and after the execute cycle of every instruction. All values are in hexadecimal. Instruction Cycle PC AC Initially 03BE 73BF CTR PTR Location: Location: Location: Location: 3BE 3BF 3C0 5D3 SD B300 F43A 0C8 0007 000A 0001 FFFF 0001 FFFF Fetch SE B300 F43A 0C8 0007 Execute SE 0007 F43A 0C8 0007 0001 FFFF Fetch Execute CFFF Fetch Execute *** *** *** *** ... ... *** *** *** *** ... www ... ... 000A 000A ... *** *** *** *** ...

Show, using the table below, the execution trace of that program by filling in the contents of every register and memory location after the fetch cycle and after the execute cycle of every instruction. All values are in hexadecimal. Instruction Cycle PC AC Initially 03BE 73BF CTR PTR Location: Location: Location: Location: 3BE 3BF 3C0 5D3 SD B300 F43A 0C8 0007 000A 0001 FFFF 0001 FFFF Fetch SE B300 F43A 0C8 0007 Execute SE 0007 F43A 0C8 0007 0001 FFFF Fetch Execute CFFF Fetch Execute * * * * ... ... * * * * ... www ... ... 000A 000A ... * * * * ...

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

See similar textbooks

Related questions

Q: For a computer's instruction set to be orthogonal, it must be able to generate a "backup"…

A: A computer's instruction set is a collection of machine language instructions that the processor can…

Q: For a given number of instructions, assume CPI is increased by 20%, and clock cycle time is…

A: The CPI is increased by 20%, so we can add 0.20 to CPI The clock cycle time is decreased by 20%, so…

Q: Here, each instruction receives its own data independently of how other instructions get theirs. We…

A: When creating a program or concurrent system, it is necessary to consider the various forms of…

Q: Given that the program counter register (PC) currently holds the pattern Ox20000001, and that the…

A: The program counter, PC, is a specific reason register that is utilized by the processor to hold the…

Q: Briefly describe the function of a decoder. You may use a 2 to 4 decoder to explain the…

A: A decoder is a circuit that changes a code into a set of signals. It is called a decoder because it…

Q: e following state of memory (in hexadecimal), match the left side to the right side 0001…

A: The data that is currently kept in each memory address in a computer system is known as the state of…

Q: What is the execution time of each type of instruction assuming only the required stages execute for…

A: Given the following data: IF: 250ps ID: 350ps EX: 150ps MEM: 300ps WB: 200ps We need to find the…

Q: What are the assembly instructions and the output of the following Pep/9 machine-language program:

A: Introduction to Pep/9 machine language program: The Pep/9 hardware: It consists of three major…

Q: An LC-3 assembly language program contains the instructions z LD R4, Y LD RS, Z The symbol table…

A: LC-3 Assembly instructions: Z LD R4, Y Y LD R5, Z Symbol table entry for Z is x300A.

Q: For the instructions ADD, LDR, and JMP, write the operations that occur in each phase of the…

A: Instruction cycle: The instruction cycle helps the CPU to perform the primary job of…

Q: Eight consecutive bytes in memory contain the hex values 00, 00, 00, 00, 00, 00, 10, 00. An FLD…

A: Given: The hex values are: 00, 00, 00, 00, 00, 00, 10, 00 After that, a FLD m64fp instruction is…

Q: Suppose that the following instructions are found at the given locations in memory: 20 LDA 50 21 BRP…

Q: For instruction: j Label The address of Label is determined to be 20. Enter the last 4 bits of the…

A: Given J level the address of label is determine to be 20 So first need to write the target…

Q: Explain the instructions cycle state diagram

A: explanation is

Q: Convert the following program to machine language - using the opcodes. In the table below, adjacent…

A: Machine Language: Machine language is a set of instructions that are specific to a particular type…

Q: The table shows the delays (pico second) of the components in Figure 4.17. Read/write PC I-mem…

A: A special, high-speed storage area within the CPU. All data must be represented in a register before…

Q: d. Fill out the table below to show the units that are utilized by each instruction? Instruction…

A: Given question has asked to identify the units that are utilized by given instructions:- ADD OR BEQ…

Q: The addition or subtraction must be performed in HEX or BIN and can NOT be performed in DEC since…

A: / Takes input from TextFields int orderno = Integer.parseInt(…

Topic Video

Question

Show, using the table below, the execution trace of that program by filling in the contents of
every register and memory location after the fetch cycle and after the execute cycle of every
instruction. All values are in hexadecimal.
Instruction Cycle PC AC
CTR PTR
Initially
SD
B300 F43A 0C8
Fetch SE B300 F43A OC8
Execute SE 0007 F43A 0C8
03BE
Fetch
Execute
73BF
CFFF
Fetch
Execute
***
***
***
***
***
***
***
***
Location: Location: Location: Location:
3BE
3BF
3C0
5D3
0007
000A
0001
FFFF
0007
000A
0001
FFFF
0007
000A
0001
FFFF
.....
***
***
***
***
4**

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step by step

Solved in 2 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, computer-science and related others by exploring similar questions and additional content below.

Similar questions

In CPU design, draw the datapath for the sw instruction. Include ONLY the portions necessary to carry out the operations of this instruction.
Data operation stage is happening after the operand address calculation in the instruction cycle. Select one: O True O False
Find out the control signal for the following instructions. The complete datapath and control signals given as following:
Using the diagram, what would be the paths.
A word in main memory may contain an instruction or a binary number in twos complement notation. Demonstrate that this instruction repertoire is reasonably complete by specifying how the following operations can be programmed: (a) Data transfer: location X to accumulator, accumulator to location x (b) Addition: Add contents of location X to accumulator (c) Conditional branch (d) Logical OR (e) I/O operations
In the von Neumman model, the PC is used to store: A. The data to use in executing the instruction B. The instruction to be executed C. The location of the next instruction to be executed D. The program and the data not currently being used in execution
The loop instructions transfer execution control to another point designated by the instruction pointer. (ip) O (ecx) + sign extended 8-bit displacement (ip) + sign extended 8-bit displacement O (ip) + unsigned 8-bit displacement O (ecx) + unsigned 8-bit displacement
Show the following problems in a diagram(all 6 steps). The leftmost hexadecimal number or the leftmost four binary bits are the opcode 0001B or 1HX = Load AC from memory 0010B or 2HX = Store AC to memory 0101B or 5HX = Add to AC from memory 1. The PC(program counter) contains 350, the address of the first instruction. This instruction (the value 1940 in hexadecimal) is loaded into the IR (Instruction set register), and the PC is incremented. Note that this process involves the use of a memory address register and a memory buffer register. For simplicity, these intermediate registers are ignored. 2. The first 4 bits (first hexadecimal digit) in the IR indicate that the AC is to be loaded. The remaining 12 bits (three hexadecimal digits) specify the address (940) from which data are to be loaded. 3. The next instruction (5930) is fetched from location 351, and the PC is incremented. 4. The old contents of the AC and the contents of location 930 are added, and the result is…
3. For each instruction in the table, write 8 hexadecimal digits that represent the 32 bits in the destination register after the instruction is executed. Assume s0 is 0x98AB3C6A, s1 is 0x20503666. Instructions to, 50, s1 t1, so, s1 t2, so, s1 t3, 50, 51 addi t4, 50, 0x210 wwwwwww andi t5, 50, -16 add and or xor slli t6, 50, 12 srai s2, 50, 8 Dest. reg. in 8 hexadecimal digits
In this case, every instruction gets its own data in a way that is completely separate from how the data of other instructions is obtained. We utilize: A Multiple Data/Instruction B Multiple Data/Instruction C Singular Data Single Inst D Singe Inst Multiple
write instruction sequence to implement: 4-byte number in data memory locations 0x15~0x12 divided by 16, and lowest byte is stored at 0x12
Determine the value of memory location 3001H. Given that initial value of register B = 3, C = 10 and E = 15. MOV A, B ANA C ANA E STA 3000H MOV A, B ORA C ORA E STA 3001H MOV A, B XRA C XRA E STA 3001H 02H OFH 06H 03H