In a dual core processor, consider first four letters of your name coming as processes each having size equal to
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A: For executing the instructions total time is evaluated below. Type 1 instruction take 800ps. So…
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A: Answer:
Q: () What is Timing diagram? (ii) Draw the Read Cycle Timing diagram for minimum mode of 8086…
A: Timing Diagram is a graphical representation. It represents the execution time taken by each…
Q: How is a multi-core CPU defined?
A: A multicore system has a single processor with multiple execution units called cores.
Q: Highlight the essential components of the CPU with a detailed diagram.
A: The Central Processing Unit (CPU) includes the following functions: The CPU is considered to be the…
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A: Introduction: In computers and other electrical devices, a processor is a small integrated circuit.…
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A: Given , some microprocessors today are designed to have adjustable voltage, so , a 15% reduction in…
Q: What is the clock cycle time in a pipelined and non-pipelined processor?
A: Clock cycle time: Clock cycle time also called clock period. Clock cycle time is the length of the…
Q: With a neat diagram, explain the process of pipelining instructions and justify why it increases…
A: Instruction Pipeline In this a stream of instructions can be executed by overlapping fetch, decode…
Q: How does pipelining improve the performance of a processor?
A: - Solving the first question. - We need to talk about pipelining contribution towards the…
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A: Computer processing is an activity or arrangement of activities that a CPU, in a PC performs when it…
Q: Describe the role of the following registers in a microprocessor: (a) MAR (b) MBR (c) IR (d) IBR (e)…
A: Note: Answering the first three subparts. MAR: Memory Address Register MBR: Master Boot Record IR:…
Q: II. Answer the question: What can you say on the development of processor in terms of sizes, speed,…
A: Processor is one of the processing unit and it is a digital circuit which performs operations.…
Q: Question 1: Single-cycle processor clock A processor has the following mix of instruction types,…
A: Question 2) fastest clock per cycle 800*30% ,200*20% ,250*50% 240 400 125 800ps is the…
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Q: Provide a detailed explanation of one of the following topics. The explanation should include…
A: Solution:-- 1)As per given in the question is to provide the detailed explanation for any one…
Q: CPU Main Memory Instructions Space MAR ALU MBR AC BUS PC Control Data Space Cache Suppose we have…
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Q: Consider a multi-processer system with (4) processors, each one has (3) cores. The maximum number of…
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Q: How many cycles are required for the pipelined MIPS processor to issue all of the instructions for…
A: 4 + (3 + 4 + 3) X 5 + 3 = 57 clock cycles The number of instructions executed is 1 + (3 X 5) + 1 =…
Q: Define pipelining in terms of increasing the speed of a processor, and then determine how many…
A: Analysis of the issue: Data Provided: 5 instructions total. 1 cycles per stage, overall. To locate…
Q: Multitasking is difficult since a CPU with eight cores only has one memory channel. What's the…
A: Define: In computers and other electrical devices, a processor is a small integrated circuit. Its…
Q: A/ Classify and explain with example the instruction that used to transfer the data between the…
A:
Q: Multitasking is difficult since a CPU with eight cores only has one memory channel. So, what's the…
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Q: 1. Briefly explain the following terms used for Intel 8086 microprocessor with appropriate…
A: PUSH : This instruction works with 16 bit values only and used for STACK INSERTION Used to store…
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A: The Machine/Instruction cycle is the process executed by the CPU to execute one single program…
Q: In general, what do you call AMD's Hyper- Transport CPU technology?
A: To be determine: In general, what do you call AMD's Hyper-Transport CPU technology?
Q: Discuss the performance of processor. Briefly discus the performance of registers in processor?
A:
Q: In which of the following architecture the processor cannot read instructions and data…
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Q: How can the microprocessors be connected to external devices? Give 4 examples considering output,…
A: Input/output (I/0) refers to the method of transferring data from a computer to an external device.…
Q: 2. Define Pipelining as related to improving processor performance, and then, calculate the number…
A: Given Data : Number of instructions = 5 Number of cycles per stage = 1 To find : Number of…
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A: Introduction: MIMD stands for MULTIPLE INSTRUCTION MANUAL. DATA FROM MANY SOURCESMIMD (multiple…
Q: Study any 64 bit Micro Processor architecture & discuss the following: Bus Architecture Hardware…
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Q: 1. For the following C code, what are the corresponding MIPS (Microprocessor without Interlocked…
A: The answer is
Q: Which phases does Instruction cycle possess? Describe them in detail.
A: Defined the phases do Instruction cycle possess
Q: 3. TRUE or FALSE. Parallel processing has single execution flow.
A: Question 3. TRUE or FALSE: Parallel processing has single execution flow.
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A: 1. i3 Microprocessor A family of dual-core, 64-bit, x86 CPUs from Intel intended for entry-level…
Q: What is the common name for AMD's Hyper-Transport CPU feature?
A: Introduction the question is about What is the common name for AMD's Hyper-Transport CPU feature and…
Q: Dual core processors are the processors having a. 1 Processor b. 2 Processors c. 3 Processors d. 4…
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Q: Given the following sequence of instructions: R1 = X + 1 Y = R1 + R2 R1 = R2 + X Complete the…
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Q: Q3) For the simple CPU diagram shown below; write a VHDL code to declare I/O pins of the CPU.…
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Q: Suppose a computer having 5 GHz processor with cycle time of 4ns and main memory access time 200ns…
A: The answer is
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- Suppose a program segment consists of a purely sequential part which takes 100 cycles to execute, and an iterated loop which takes 400 cycles per iteration. Assume that the loop is dependent on the sequential part, i.e., both parts cannot run in parallel. Also assume that the loop iterations are independent, and cannot be further parallelized. If the loop is to be executed 100 times, what is the maximum speedup possible using an infinite number of processors (as many processors as you could possibly need) compared to a single processor?In a dual core processor, consider first four letters of your name coming as processes each having size equal to its ASCII code in MBs. Size of memory is 250 MB. Write down the sequence of using ready queue, wait queue. If a vowel comes in these letters, an interrupt of I/O will be generatedRegisters in RISC-V are 64-bit. For the sake of simplicity, consider the following instructions operating on 32-bit registers. Assume that registers x5 and x6 hold the values 0xBBBBBBBB and 0x00000000, respectively. What is the value in x6 for the followingslli x6, x5, 6 Using the result from the part above, what is the value in x6 for the following instruction. srli x6, x6, 6
- Task Write a program in the ARMLite assembly language which generates the Fibonacci number F(12) and stores the value in register R6. • You must use a loop to generate the value. Partial marks will be given for otherwise correct but non-loop based solutions • There is no limit on the number of registers you can use • The stack memory may be used, but is not required • Other memory access is not allowed or needed • Add a comment to the top of your program describing it's behaviour. You should make use of comments to describe your code's sections. Submit your program as a plain text file. If you are using the ARMLite simulator, it can be exported directly using the 'Save' button.Write a program in HACK assembly, without using symbols, that computes thebitwise exclusive or (XOR) of the values stored in RAM[1] and the value of thememory location with address stored in RAM[2]. The result of the computationshould be stored in RAM[0].You can think of RAM[2] as being a pointer to where the second operand of the XORis stored.When QS1 = 0 and QS0 = 1, then which of the following is true, O a. Subsequent byte is fetched from instruction queue O b. No operation O. queue is emptied O d. first byte of opcode is fetched from instruction queue
- In x86-64 assembly, how many registers do we have, and can we use registers like %rsp for anything we like? Group of answer choices A. We get 8664 general-purpose registers. Registers are like variables in assembly where we can store information. We can in theory use them for whatever we want, however we do need to follow conventions in order for our program to operate without errors (%rsp for example keeps track of the stack pointer). B. We get unlimited general-purpose registers. Registers are like variables in assembly where we can store information. We can use them for whatever we want. C. We get 16 general-purpose registers. Registers are like variables in assembly where we can store information. We can in theory use them for whatever we want, however we do need to follow conventions in order for our program to operate without errors (%rsp for example keeps track of the stack pointer).For this assignment, you are to write a MIPS assembly language program using the MARS IDE and assume a system has 31-bit virtual memory address (so no worry about negative numbers) with a 4-KB page size (4096 bytes). Write a MIPS program that accepts an integer input that represents a virtual address and outputs the page number and offset for the given address in decimal. The output should look like: The address 19986 is in: Page number = 4 Offset = 3602 Check to make certain your program works. You can use the output from 19986 given above as a test, but I will use other numbers to test it. Submit the MIPS assembly language code and a screenshot showing a test run.Consider a hypothetical computer having instruction length 32 bit and Byte addressable memory. You need to run a program P having 10 Q.4 CO4 instructions 11,12,13...10. All the instructions are stored in consecutive memory locations started from 1000. To run an instruction li, you have to complete four operations: Fetch, Decode, Execute, and Store. The content of Program Counter will be after the completion of fetch operation of instruction 12. There are no jump or branch instruction in program P
- In this problem we want to modify the single cycle datapath shown below (also in in slide #1 of "chapter3_single_cycle_datapaths.pptx") so that it supports execution of a new instruction called jump register (jr). PC Add Read address Instruction [31:0) Instruction [25:21) Instruction [20:16] Instruction Instruction [15:11] memory (DMUXT RegDst Instruction [15:0] RegWrite Read register 1 Read register 2 Read data 1 Write Read register data 2 Write data Registers 16 Sign- extend Instruction [5:0] 32 Shift left 2/ ALUSrc (OMUXI) ALU Addresult Zero ALU ALU result ALU control ALUOP #copy contents of "rs" register to PC (PC = $rs) PCSrc ( E3X MemWrite Read data Address Data Write memory data MemRead MemtoReg (-MUXO) jr $rs You are allowed to add new control signal(s), wire(s), muxe(s) to support this instruction. First briefly explain the required modifications. Then indicate the value of each control signal (RegDst, RegWrite, ALUSrc, ALUOP, MemRead, Mem Write, MemToReg). You must use "X"…he pipeline is a way to improve the performance of the processor by increasing thethroughput. As you learned in the class, the instruction execution is divided to 5stages: IF, ID, EX, WB, and MEM. At each stage the processor can pipeline morethan one instruction so that they execute at the same cycle. Recall that some stagecannot be overlapped. For instance, you cannot issue to memory reads at the samestage.Write a program using your favorite programming language that reads assembly codelike the following:LW $0, $1(20) –load instruction at address $1 + 20 and put the result in register $0.ADD $3, $0, $2 –add the content of register $0 to register $2 and store the outcome inregister $3.Your program must simulate the pipeline by creating an execution schedule. Theprogram must determine the dependencies between the instructions, if any, and stallthe pipeline as necessary. The program must show the execution table including thestalls if any. Finally, the program must also output the number…When translating conditionals or loops, the generated low-level code contains jumps. For the CPU to be able to execute a jump, the target of a jump must be a valid memory address. However, code generators typically generate jumps to symbolic addresses (labels). For example: beq exit Answer the following questions about symbolic addresses. i. What are the advantages of using symbolic addresses? ii. Which programs are responsible for translating such symbolic addresses to actual memory addresses? iii. How do code generators create symbolic addresses?