3. For the following sequence of instructions, assume that it is executed on a 5-stage pipelined datapath. If there is no forwarding or hazard detection, insert nops to ensure correct execution and explain why need to elaborate on how you get your answer. Without proper explanations, you will lose points.) add St5, St2, St1 Iw St3, 4 (St5) Iw St2, 0(St2) or St3, St5, St3 sw St3, 0(St5)

3. For the following sequence of instructions, assume that it is executed on a 5-stage pipelined datapath. If there is no forwarding or hazard detection, insert nops to ensure correct execution and explain why need to elaborate on how you get your answer. Without proper explanations, you will lose points.) add St5, St2, St1 Iw St3, 4 (St5) Iw St2, 0(St2) or St3, St5, St3 sw St3, 0(St5)

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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For example, suppose an instruction is not accepted and VA page 30 is generated. For the following use cases, a TLB controlled by software might be preferable than one handled by hardware:
Identify the addressing modes used for the source and destination operands, and thencompute the physical address for the specified operand in each of the following instructions:(Assume all missing data.)1. MOV CX, [DI] (Source operand)2. MOV [BP]+BETA, AX (Destination operand)3. XCHG BX, [FF02] (Source operand)
The FIQ interrupt techniques are required to hook and chain at the offset of the Interrupt Vector Table. It.?
Question 24 Consider instruction in which the instruction does nothing. It just occupies space. Choose the correct sequence of circuits which will correctly implement this instruction. TMP below is a temporary register. NOP IP->MAR MEM(MAR)-> MDR MDR->IR TMP->AX AX->TMP IP-> ADDR(IR) IP->MAR MEM(MAR)-> MDR MDR->IR AX->BX BX->AX IP -> ADDR(IR) IP->MAR MEM(MAR)-> MDR MDR->IR IP -> ADDR(IR) IP->MAR MEM(MAR)-> MDR MDR->IR IP -> IP+2
2. Consider the following instruction: beq $t0, $t1, 0xA010 What are the values of Control signals generated by the MIPS architecture to execute this instruction. Show with a chart and explain it all clearly. (You may draw a simplified datapath flow)
This is a block diagram of a microprocessor. Inta Rst 6.5 Trap Rst 7.5 Intr Rst 5.5 SID SOD Interrupt control Serial I/O control 8-bit internal data bus Accumulator Instruction decoder (8) Temp reg. (8) Flag (5) flip flops B C. Reg (8) (8) Instruction Reg Arithmetic decoder D (8) (8) and Reg Reg logic unit L (8) (8) Reg Register array machine Reg (ALU) (8) cycle encoding Stack pointer (16) Program counter (16) +5 V GND Power supply Incrementer/ decrementer address latch (16) Timing and control Reset CIk Gen Control Status DMA Address buffer (8) Data/address buffer (8) RD WR ALE S, S, IO/M Hold Clk out Hlda Reset out Ready Reset in A1s-Ag To Address bus AD-AD To Address/data bus
Help me with these computer architecture questions, please. I need help with questions 3 and 4.
In the event that an instruction is not accepted, it will write to VA page 30. In circumstances like these, it would be more efficient to employ a TLB that is handled by software rather than one that is maintained by hardware.
direct answer
For a FIQ interrupt technique, chaining and hooking must begin at the offset specified in the Interrupt Vector Table. It.?
Can you explain what would happen if an unapproved instruction is sent to VA page 30? In the following cases, a TLB controlled by software would be faster than one maintained by hardware:
Give a thorough explanation of the fetch-decode-execute cycle's phases. Include details on what is happening in each of the registers in your explanation.