3. Iw $R1, 6($R3); Suppose we have values for register R1=5 and R3 = 5 and memory value at the calculated location = a; • Whắt Location Memory Location It Should be pointing to? • what would be the value and address of its destination in the register file? Show your calculation. [5 points]

3. Iw $R1, 6($R3); Suppose we have values for register R1=5 and R3 = 5 and memory value at the calculated location = a; • Whắt Location Memory Location It Should be pointing to? • what would be the value and address of its destination in the register file? Show your calculation. [5 points]

Operations Research : Applications and Algorithms

4th Edition

ISBN:9780534380588

Author:Wayne L. Winston

Publisher:Wayne L. Winston

Chapter20: Queuing Theory

Section20.10: Exponential Queues In Series And Open Queuing Networks

Problem 12P

See similar textbooks

Related questions

Q: Suppose that 16M × 16 memory built using 512K × 8 RAM chips and that memory is word addressable.1.…

A: Since, the question contains multiple sub-parts we will answer first "3" sub-parts. If you want any…

Q: Question: If the content of DS is 1000, DI is 2000, AL is 34H and memory location 12000H is 9A what…

A: We need to find the contents of location 12000H after executing the given instructions.

Q: Suppose there is a (non-virtual memory) system that has only 200 Mb of main memory and there are two…

A: Introduction :Given , a non-virtual memory stem , where , size of main memory is = 200 Mb2 process…

Q: 1. if you are to add new 10 mb process in the memory, whre could it possibly be added and why? 2.…

A: a) Yes, Virtual memory in this configuration because in the variable partition scheme initially,…

Q: [b] Consider the following portion of memory with a starting address of 80000H (referenced by Val1).…

A: Here, I have to provide a solution for the above question.

Q: 3. Iw $R1, 6(SR3); Suppose we have values for register R1-5 and R3 = 5 and memory value at the…

A: Below is the answer to above question. I hope this will be helpful for you.

Q: Suppose that DS=1000H, SS= 2000H, CS=3000H, ES=4000H, BP=FFH, BX=FFFFH and DI=5H. i. Which memory…

A: Which memory locations are addressed by: MOV DL, [BP]: the default segment of [BP] is:SS so memory…

Q: Assume the operating system for LC-3 has had new service routines added to it. Consider the…

A: q-1) Address used by the above code to access the service routine jump table is x0032 q-2) The…

Q: 3. Suppose that a 16M x 16 main memory is built using 512K x 8 RAM chips and that memory is word…

A: Th Answer is in given below steps

Q: 3. Iw $R1, 6($R3); Suppose we have values for register R1=5 and R3 = 5 and memory value at the…

A: Below is the answer to above question. I hope this will be helpful for you...

Q: Suppose that a 2M × 16 main memory is built using 256K × 8 RAM chips and that memory is word…

A: Hey, thank you for your question. There multiple [arts submitted in this question. As per our…

Q: a. Describe exactly how, in general, a virtual address generated by the CPU is trans- lated into a…

A: Answer: a) A Virtual address generated by the CPU is translated into physical main memory address by…

Q: 3- What is the difference between: a- MOV BX,[1234H] and LEA BX,[1234H] b- LDS AX,[200H] and LES…

A: - According to the guideline we are allowed to answer only the first question. - The given…

Q: 5. Assume the following values are stored at the indicated memory addresses and registers: Address…

A: Solution : From the given data of the Address and their value & Register and their value.…

Q: 2. Consider 2M x 8 SRAM memory block. (a) How many bits of data can be stored in this memory block?…

A: Disclaimer: “Since you have asked multipart questions, As per our company policy,we will only solve…

Q: 5. Your system has an 8-way set associative cache and addresses and data of length 16 bits. The…

A: Since it is given that set index bits are 9, we have Total sets = 29 = 512

Q: Compare between the status and control flags? Explain the status flags for the operation AEH+37H ?…

A: Status Flags – There are 6 flag registers in 8086 microprocessor which become set(1) or reset(0)…

Q: 3- Let a program have a portion fr of its code enhanced to run 4 times faster, to yield a system…

A: In this question, we are given enhanced speedup(SE) and overall speedup of system. And we are asked…

Q: 5a Into what line would bytes with each of the following addresses be stored 0001 0001 0001 1011…

Q: Which one is not true about translation lookaside buffer?

A: Because translation lookaside buffer is designed to be small enough that it can be accessed in less…

Q: 2. Suppose a computer using direct-mapped cache has 232 bytes of byte-addressable main memory and a…

A: Given: Suppose a computer using direct-mapped cache has 232 bytes of byte-addressable main memory…

Q: 2. Use the defined GPR of TMP (it is a DATA) and RST (It is an ADDRESS), present your ASM codes that…

A: The Answer is

Q: Suppose a computer using direct mapped cache has 4G Bytes of main memory and a cache of 256 Blocks,…

A: refer to step 2 for the answer.

Q: A) Virtual address page 3, offset 7 results in a TLB hit or miss? If TLB hit, what’s the main memory…

A: Here is the solution for the above problem. A) Solution: Virtual page = 4, Here it will result in…

Q: Question 12 Suppose you have a byte-addressable virtual address memory system with 8 virtual…

A: The solution for the above given question is given below:

Q: Suppose we have the instr Memory 100 600 R1| ... 400 300 ... 500 100 600 500 ... 700 800 Assume R1…

A: It is defined as the ways how architectures specify the address of an object they want to access. In…

Q: a) In the SRAM region, what is the corresponding bit-band alias address for the bit [4] of the…

A: #define BITBAND_SRAM_REF 0x20000008 #define BITBAND_SRAM_BASE 0x22000008 #define BITBAND_SRAM(a,b)…

Q: .Q\/ '. Assume that DS={ •.•, SS=r.., BX=rl.., SI=\ £^1, DI=\º• •, BP=V^) £, AX=Yolr. All the values…

A: Values are not very clear in the question, hence assuming the values to be: DI=8500, SS=200,…

Q: 3. The available space list of a computer memory system is as follows: Starting Address Block Size…

A: Starting Address Block Size 300 150 600 275 900 110 1200 250 The request of block sizes:…

Q: 1) What is the difference between the status and control flags? What are the status flags for the…

A: As per our policy, "Since you have asked multiple questions, we will solve the first question for…

Q: You are given the following data about a virtual memory system: (a)The TLB can hold 1024 entries and…

A: consider the memory access time =1 clock cycle or 1 ns. we can write effective address translation…

Q: Suppose a computer using direct-mapped cache has 2² bytes_of_byte-addressable main memory and a…

A: a computer using a direct - mapped cache has 232 bytes of byte - addressable main memory cache…

Q: Suppose a computer using direct mapped cache has 232 byte of byte-addressable main memory, and a…

A: Given Informations: Main Memory = 232 B Number of blocks in cache = 1024 Block size = 32 B main…

Q: For a system, RAM - 64KB, Block size - 4 bytes, Cache size - 128 bytes, Direct mapped cache.…

A: Given: RAM size = 64 KB Block size = 4 bytes Cache size = 128 bytes

Q: Assume a memory size is 256MB. Using the buddy partitioning scheme, shade the memory insertion for…

A: In Buddy Partitioning Scheme : Partition of a memory is done in Power of two i.e All the partition…

Q: 2. Fill in the values in the data RAM addresses specified for the following AVR code: LDI R18, $20…

A: The complete answer is given below.

Q: Suppose a computer using direct mapped cache has 2^20 bytes of byte-addressable main memory and a…

A: How many blocks of main memory are there? => Block size 16 bytes = 2⁴ bytes…

Q: If a computer can have a maximum of 256MB of memory, how many address bits are required?

A: Note: The answer of the first subpart is given. Please repost the second subpart. a. Given data:…

Q: Let the virtual address be V bits and the virtual addtess space be byte-addressable, the page size…

A: D) Total number of virtual memory bits to be translated is V bits.

Q: PART A We want a CPU to process input from a keyboard. Which technique should we use to process…

A: Note: Since the question is multiple one . We are advised to do only 1 Question. Kindly post other…

Q: (1) What's the average latency of a memory access? (2) What's the speedup rate of the access if the…

A: 1. Average Latency :=> (0.85 * 3)[if hit inL1] + (0.15) { {3+(0.90*20))[if miss in l1 and hit…

Q: In the following three questions, assume a 32-bit virtual address space and page size equal to 4096…

A: Given: Virtual address space = 32 bit page size = 4096 bytes To find: Number of page table entry

Q: You are given the following data about a virtual memory system: (a) The TLB can hold 512 entries and…

A: The chance of a hit is 0.99 for the TLB and the access time for TLB is 1 nsec. So, the term will be…

Q: a) In the SRAM region, what is the corresponding bit-band alias address for the bit [4] of the…

A: a) In the SRAM region, what is the corresponding bit-band alias address for the bit [4] of the…

Q: 2. Assume we have 1 GB of physical memory. Inverted page table is used. Page size is 16 KB. Each…

A: Inverted Page Table: For each process, an operating system creates a page table. In cases where a…

Q: For a system, RAM = 64KB, Block size = 4 bytes, Cache size = 128 bytes, Direct mapped cache.…

A: As the following information is available, Size of RAM= 64 KB Size of the block = 4 bytes Size of…

Q: Please do a,b,c,d, and e Consider a machine with a byte addressable main memory of Bytes and block…

A: Answer in step2

Q: The following equation was suggested both for cache memory and disk cache memory Ts = Tc + M* T,…

A: The Answer is

Concept explainers

Fundamentals of Input and Output Performance

The I/O subsystem is a component of computer system design that uses buses to assist communication between the Central Processing Unit, Computer Memory/Storage, and Input and Output Devices (that is known as peripheral devices). The I/O subsystem includes disc controllers, tape drives, discs, system buses, and other devices. The I/O database application reads and writes drives using the operating system windows I/O.

Question

3. Iw $R1, 6($R3); Suppose we have values for register R1=5 and R3 = 5 and memory value at the calculated location = a;
• Whắt Location Memory Location It Should be pointing to?
• what would be the value and address of its destination in the register file? Show your calculation. [5 points]

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

Fundamentals of Input and Output Performance

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

A computer is using a fully associative cache and has 216 bytes of main memory (byte addressable) and a cache of 64 blocks, where each block contains 32 bytes. a. How many blocks of main memory are there? b. What will be the sizes of the tag, index, and byte offset fields? c. To which cache set will the memory address 0xF8C9(hexadecimal) map?
1) What is the difference between the status and control flags? What are the status flags for the AEH+37H operation? 2) What is the aim of segmentation as well as physical address generation? Explain with a drawing and a numerical example? 3) What is the amount of the memory in each of the following cases? • All segments are • Overall memory is 4) Given the ES=3050H, SS=1298H, and CS-ABC3H, find the physical address for a) SP=2583H, b) DI=3399H, and c) IP=18F7H.
Suppose that 16M × 16 memory built using 512K × 8 RAM chips and that memory is word addressable.1. a) How many RAM chips are necessary?2. b) If we were accessing one full word, how many chips would be involved? 3. c) How many address bits are needed for each RAM chip?4. d) How many banks will this memory have?5. e) How many address bits are needed for all memory?6. f) If high-order interleaving is used, where would address 14 (which is E in hex) be located?7. g) Repeat exercise 9f for low-order interleaving.
1) Compare between the status and control flags? Explain the status flags for the operation AEH+37H ? 2) What are the purposes of both segmentation and physical address generation? Explain with draw and numerical example? 3) What is the size of the memory for each case below? Each segment is • All segments are • Overall memory is 4) Given the ES=3050H, SS=1298H, CS-ABC3H determine the physical address for a) SP=2583H b) DI=3399H c) IP=18F7H
Assume that CS=3500, DS=4500, SS=5500, SI=2200, DI=4200, BX=7300, BP=8000, AX=3420 (all values are in hex). Calculate the physical address of the memory and show the contents in each of the following: a) MOV [BP]+10,AX b) MOV [SI],AX c) MOV [BX][DI]+20,AX
CA_10 Let the virtual address be V bits and the virtual addtess space be byte-addressable, the page size be P KB (and P is a power of 2), and the the main memory size be MM MB(where [MM MB]) is divide into [P KB]). (a) How large is the user's memory spac (b) How large is the main memory page frames? (c) How large is the page table (in number of table entries)? (d)How many of the virtual memory bits need to be translated? (e) How many bits will be produced if the virtual-to-pyysical address translation is "successful" (f) How many bits does a physical address have, and how are each of these bits obtained?
Assume in a Virtual Memory system, a program needs 10 pages with page numbers 0 to 9 and each page is 4 words and the program is allocated 3 page frames: a, b, and c. The word trace for 26 memory accesses by the program are listed below. Use a table to compare the three replacement policies: LRU, OPTimal, and FIFO, by calculating and comparing the hit rate of each policy for these 26 memory accesses.
a.What is the cost of 1 MB of main memory? b.What is the cost of 1 MB of main memory using cache memory technology? c.If the effective access time is 10% greater than the cache access time, what is the hit ratio H?
3.2 Discuss different security issues that are related to memory management
You are given the following data about a virtual memory system:(a) The TLB can hold 512 entries and can be accessed in 1 clock cycle (1nsec).(b) A page table entry can be found in 100 clock cycles or 100 nsec.(c) The average page replacement time is 9 msec.If page references are handled by the TLB 99% of the time, and only 0.01%lead to a page fault, what is the effective address-translation time?
1. if you are to add new 10 mb process in the memory, whre could it possibly be added and why? 2. what could be the size of free block just before it was partitioned by X?
A computer using a direct mapped cache has 220 Bytes of memory (byte addressable) and a cache of 32 blocks, each block contains 16 Bytes. a. How many blocks of main memory are there? b. What will be the sizes of the tag, index, and byte offset fields? c. To which cache set will the memory address 0x0DB63 map?