2. Assume a computer that has 32-bit integers. Show how each of the following values wouldbe stored sequentially in memory, starting at address 0x100, assuming each address holds onebyte. Be sure to extend each value to the appropriate number of bits. You will need to add morerows (addresses) to store all five values.Byte Ordera) 0xAB123456AddressBig EndianLittle Endianb) 0x2BF8760x100c) 0x8B0A10x101d) 0x10x1020x103e) 0xFEDC12340x1040x1050x106Ox107

Let's break down how each value would be stored sequentially in memory, starting at address 0x100,…

Answered: 2. Assume a computer that has 32-bit…

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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Below shows the following hexidecimal values:Address 1000: 13Address 1001: 03Address 1002: C5Address 1003: 00 Provide the format and assembly language instruction for the following hexadecimal values.
Consider the following table that represents part of the memory of a 16-bit address space that has an addressability of 2 bytes (like LC-3): ADDRESS OxFFFF OXOCOE OXOCOD Ox0C0C OXOCOB OXOCOA 0x0C09 0x0000 CONTENTS 1111 1111 1111 1111 1111 1110 1101 1100 0001 1011 1100 0101 0110 0101 1000 0111 1100 0000 0100 0000 0011 0001 0101 0010 0000 1100 0000 1101 0000 0000 0000 0000 The table above shows the addresses in hex (base 16) and the contents at the corresponding address in binary (base 2). A.) What are the contents in hex of the memory location at following address in binary: 0000 1100 0000 1110? (Enter hex like the following example: Ox2A3F)
Assume that a memory is initialised as follows: Memory Address Cell Contents 0x000336 0x38 0x000337 0x26 0x000338 0x48 0x000339 0x38 0x00C33A 0x00C33B 0x77 0x38 The following sequence of operations is executed in the given memory: Write(0x00C337, 0x0205) Write (0x00C339, 0x0106) Write(0x00C338, 0x0109) Assume that the read and write operations are done in groups of two bytes, and the system is a big endian system. What is the result of read(0x00C337) +read (0x00C338)? Write your answer in Base 10 (decimal)
4. The figure below shows an 8-way interleaved, byte-addressable memory. The total size of the memory is 4 KB. The elements A[i]G) of a 2-dimensional array A are 4-bytes (one-word) in length and can be stored in the memory as shown, where 0 < ij <7. The width of the bus between CPU and memory is 32 bits, that is, it can carry only one word at a time. Bank 1 Bank 7 Bank 0 31 7 A[7][0] A[I][0] A[0]|0] 32 A[7]1] 64 A[7]|2] A[I][2] A[0||2] RANKO 255 224 AI기기 A[I][7] A[0||7) RANKN ...... Since the address space of the memory is 4 KB, 12 bits are needed to uniquely identify each memory location, i.e., Addr[11:0]. Find out and explain which bits of the address will be used for: • Byte on bus: Addr […... :...] Bank index bits within a bank: Addr [.... .] • Chip select address bits within a rank: Addr […... .] • Rank bits: Addr […... :....]
5. suppose a computer using fully associative cache has 224 bytes of byte-addressable main memory and a cache of 128 blocks, where each cache block contains 64 bytes. a) how many blocks of main memory are there? b) what is the format of a memory address as seen by the cache ; that is, what are the size of the tag and offset field. c) To which cache block will the memory address 0x01D872 map?
I have a little bit problem with my late quiz for computer architecture, I get the answer from my lecturer but I still don't feel fully understand, can I ask for some help: In a computer system, the memory has 32 blocks and the cache has 8 blocks. Assume there is only one word per block with 4 bytes in one word. The reference sequence in terms of word location is 0, 2, 4, 10, 5, 12, 8, 18, 13. If the cache is direct-mapped, how many misses do we have if the cache is initially empty? Can you give the hit or miss for each reference?
Computer science homework Please help me with this homework question.
In a certain computer, the virtual addresses are 32 bits long and the physical addresses are 48 bits long. The memory is word addressable. The page size is 16 kB and the word size is 2 bytes. The Translation Look-aside Buffer (TLB) in the address translation path has 64 valid entries. Hit ratio of TLB is 100% then maximum number of distinct virtual addresses that can be translated is K.
Draw a picture illustrating the contents of memory, given the following data declarations: (You need to draw a diagram showing the memory addresses and their contents.) Assume that your data segment starts at 0x1100 in memory. Your answer should fill the table below and explain why. -- photo attached below Thank you for your help!
Draw a picture illustrating the contents of memory, given the following data declarations: (You need to draw a diagram showing the memory addresses and their contents.) Assume that your data segment starts at 0x1000 in memory. Your answer should fill the table below and explain why. Addres Hexadecimal Hexadecimal S Value Value 0x1000 Ox |0x Ox Ox 0x Name: asciiz "Jones" Age: byte 48 Numbers: word 11, 20 Letter1: asciiz "Car" Letter2: .byte 25 Hexadecimal Value Hexadecimal Value
A 2-way set associative cache consists of four sets. Main memory contains 2K blocks of eight words each. Show the main memory address format that allows us to map addresses from main memory to cache. Be sure to include the fields as well as their sizes. Compute the hit ratio for a program that loops 6 times from locations 8 to 51 in main memory. You may leave the hit ratio in terms of a fraction. Please show details how you obtain the result.
Q.2 Suppose a system has a logical address space of size 25 (m=5), a page size of 4 bytes, and a physical memory of 128 bytes. Given the following page table, find out the respective physical addresses for each of the logical address listed in Table 2. (Note: all addresses are expressed in decimal number system) Table 1: Page table 0 2 5 7 0 15 1 2 3 4 5 18 6 20 7 22 Table 2: Fill out this table with corresponding physical memory addresses Logical Address Physical Address 0 6 10 17 23

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