Convert the LA 37000 to PA. Assume that the page size is 4KB. Pagetable[0..10]=(9,5,28,54,36,17,0,14,3,7,49).
LA = bits requres for addressing all the pages in Page table + Page Offset(4KB reqiures 12 bits to address all locations)
PA = bits requres for addressing all the Frames in Main Memory + Page Offset
here ,LA says 3 rd page in the page table which contains frame no = 54
hense PA = 54000
Convert the LA 37000 to PA. Assume that the page size is 4KB. Pagetable[0..10]=(9,5,28,54,36,17,0,14,3,7,49).
Assume you have: 32-bit addresses, 4KB Page size, 4MB Physical Memory Space, 4KB Cache with 4-way set associative and LRU replacement, 32 Byte Cache block size, 4-entry fully associative TLB. A program to be run on this machine begins as follows: double A[1024]; int i, j; double sum = 0; for( i = 0; i < 1024; i++ ) // first loop A[i] = i; for( j = 0; j < 1024; j += 16 ) // second loop ...
2" | Page # (10 pts)On a machine with 8 bytes page size, given the page table for a process, and 2 of these 4 entries are mapped to page frames. Frame 0 starts at physical 0 address 0. (All numbers given are in decimal.) a. What are the range(s) of logical address (decimal, byte-level) that would cause 2 a page fault? | Frame # 4 Not in main memory Not in main memory b. Convert the following logical address...
Assume a sorted relation has 40 GB (file size), block size is 4KB, each block stores 40 records. Assume the index B+ tree has entries for each record, and the fanout of the node for B+ tree is 100. Select with an equality condition on the attribute, search key of index. Assume the disk seek cost is 5 milliseconds, and block transfer cost is 1 milliseconds. Also assume if the selection is a non key attribute, there are 100 matching...
Convert the epsilon-NFA to an NFA. lle la b c +p || 0 | {p} | {9} | {r} 9 || {p} {9} | {r} | 0 *r || {q} / {r} | 0 | {p}
2. In the paging system, assume that the logic address space is 28 and the size of a page is 32B a) What is the format of the logical/virtual address? b) Given the following page table Page number Frame number 0 4 4 6 0 Please convert the following logical address into physical address OxFF 0x86 0xA3
Paging Questions 1. A page is 1 KB in size. How many bits are required to store the page offset? 2. A page entry has 10 bits. What is the size of the page table? 3. A logical address is 32 bits long. The page size is 4 KB. Divide the address into its page number and offset. 4. The following hexadecimal addresses are used in a system with a 20-bit logical address where the page size is 256 bytes....
Biotransport page 1 of HW02 Due: 9/10 Evaluation Prob Pts la) 2 lb) 2 2b) 2 2c) 2 1. Given: Apply conservation principles ·Apply empirical laws Make simplifying assumptions E, R, C all constant Apply auxiliary conditions Q. charge, coul t : time, ts subscripts (0)0 C : capacitor, R: resistor show doLE dt C and 2. 16 Re The graph at the right represents thousands of measurements of fluid flow through a pipe of diameter D and length L...
La resistance heater will heat a room (5m x 5m x 6m in size) within 10 minutes and raise the air temperature from 10°C to 28°C. Assuming no heat losses from the room and an atmospheric temperature of 100 kPa, determine the required power of the resistance heater. Assume constant specific heats at room temperature.
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10 Convert the ts Page 11 of 11 ategral in cylindrical coordinates (do NOT evaluate the integral): (J0p dz dy dr.
10 Convert the ts
Page 11 of 11 ategral in cylindrical coordinates (do NOT evaluate the integral): (J0p dz dy dr.
Address Translation Question
[8 points] Suppose a computing system uses paging with a logical
address of 24 bits and a
physical address of 32 bits. The page size is 4KB. Answer each of
the following. If an answer is a power of 2, you can leave it in
the form of a power of 2. ...
2. [20 points] Memory address translation and TLB performance [8 points] Suppose a computing system uses paging with a logical address of 24 bits...