Need Help ? Chat : loading...
Live Chat Now
Home
TIER PROJECTS
Place Order
How It Works
About Us
Contact Us
Sign In / Sign Up
Sign In
Sign Up
Place a Quick Order
Email Address
Subject / Courses Code
Length
Pages
-
+
Slides
-
+
Deadline
Days
0 Days
1 Day
2 Days
3 Days
4 Days
5 Days
6 Days
7 Days
8 Days
9 Days
10 Days
11 Days
12 Days
13 Days
14 Days
15 Days
16 Days
17 Days
18 Days
19 Days
20 Days
21 Days
22 Days
23 Days
24 Days
25 Days
26 Days
27 Days
28 Days
29 Days
0
Hours
0 Hours
1 Hours
2 Hours
3 Hours
4 Hours
5 Hours
6 Hours
7 Hours
8 Hours
9 Hours
10 Hours
11 Hours
12 Hours
13 Hours
14 Hours
15 Hours
16 Hours
17 Hours
18 Hours
19 Hours
20 Hours
21 Hours
22 Hours
23 Hours
1
Level
High School
Diploma
Undergraduate/College
Post Graduate/University
PhD/Doctorate
Reference Style
ACS
AGLC
APA
APSA
BMJ
Chicago
Footnotes
Footnotes and bibliography
Harvard
IEEE
MHRA
MLA
Not Selected
Open
OSCOLA
Oxford
Turabian
Vancouver
Any Style
None
Description
How many bits are in a virtual address for process P?Explain.
How many bits are in a physical address? Explain.
Show the address format for virtual address
0x12
that would be used by the system to translateto a physical address and then translate this virtual address intothe corresponding physical address. Explain how these fields areused to translate to the corresponding physical address.
Given virtual address
0x06
converts tophysical address
0x36
. Show the format for aphysical address that is used to determine the cache location forthis address. Explain how to use this format to determine wherephysical address
0x36
would be located incache.
Given virtual address
0x19
is located onvirtual page 1, offset 9. Indicate exactly how this address wouldbe translated to its corresponding physical address and how thedata would be accessed. Include in your explanation how the TLB,page table, cache and memory are used.
You have a byte-addressable virtual memory system with a two-entry TLB, a 2-way set associative cache and a page table for a process P. Assume cache blocks of 8 bytes and page size of 16 bytes. In the system below, main memory is divided up into blocks, where each block is represented by a letter. Two blocks equals one frame. Page Block Page Frame TAG DATA TAG DATA Set 0 000011 Set 100D 10H TLB Cache UAWODOWO Frame Valid Frame Block ASSASS vau AWNO JauW-O Page Table Main Memory Virtual Memory For Process P Show transcribed image text You have a byte-addressable virtual memory system with a two-entry TLB, a 2-way set associative cache and a page table for a process P. Assume cache blocks of 8 bytes and page size of 16 bytes. In the system below, main memory is divided up into blocks, where each block is represented by a letter. Two blocks equals one frame. Page Block Page Frame TAG DATA TAG DATA Set 0 000011 Set 100D 10H TLB Cache UAWODOWO Frame Valid Frame Block ASSASS vau AWNO JauW-O Page Table Main Memory Virtual Memory For Process P
Attachments
Upload
Order Amount:
$
10