COMPUTER ORGANIZATION | Part-11 | Connections between Memory & Processor
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- Опубликовано: 28 авг 2019
- #EngineeringDrive #ComputerOrganization #Memory&Processor
In this video, the following topic is covered.
COMPUTER ORGANIZATION | Part-11 | Connections between Memory & Processor.
For all parts of Computer Organization, use the below links.
COMPUTER ORGANIZATION | Part-1 | Introduction
www.youtube.com/watch?v=oAneK...
COMPUTER ORGANIZATION | Part-2 | Number Systems
www.youtube.com/watch?v=azNCn...
COMPUTER ORGANIZATION | Part-3 | 1's & 2's Complement
www.youtube.com/watch?v=BWAui...
COMPUTER ORGANIZATION | Part-4 | Addition & Subtraction of Binary Numbers
www.youtube.com/watch?v=sTqyX...
COMPUTER ORGANIZATION | Part-5 | Memory Hierarchy
www.youtube.com/watch?v=n0evk...
COMPUTER ORGANIZATION | Part-6 | Types of Memories
www.youtube.com/watch?v=INQPj...
COMPUTER ORGANIZATION | Part-7 | Instruction Cycle
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-8 | Basic Performance Equation
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-9 | Cache Memory
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-10 | Types of Buses
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-11 | Connections between Memory & Processor
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-12 | Multiprocessors & Multicomputers
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-13 | Basic Input Output Operations
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-14 | Computer Arithmetic
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-15 | Computer Registers
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-16 | Addition & Subtraction Algorithm
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-17 | Design of Fast Adders
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-18 | Booth Multiplication Algorithm
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-19 | Division Algorithm
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-20 | Floating Point Operations
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-21 | Memory Mapping Functions
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-22 | Virtual Memory
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-23 | Secondary Storage Devices
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-24 | Accessing I/O Devices
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-25 | Direct Memory Access
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-26 | Bus Arbitration
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-27 | Interface Circuits
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-28 | Standard I/O Interfaces
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-29 | Pipelining
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-30 | Data Hazards
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-31 | Instruction Hazards
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-32 | Forms of Parallel Processing
• COMPUTER ORGANIZATION ...
COMPUTER ORGANIZATION | Part-33 | Interconnection Networks
• COMPUTER ORGANIZATION ...
Website to Download My Subject Materials.
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True
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How the data fetch from memory?
How the information is pushed?
What motivates PC & IR to perform its functionalities
super sir....
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sir but pc stores address of next instruction right?
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perfect......
1: The data to be get is specified in MAR(memory address register)
2:The required data is bought and stored in MDR(memory data register)
3:The copy of the data is stored in IR(instruction register) before the execution.
4:And the value of PC(program counter) will become one...n.
5:And the values of those will be stored in General Purpose register .
6: Calculation work will be taken by ALU(Arithmetic Logic Unit).
7:ALL these activities will be monitored by CU(Control Unit).
.
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Hello thanx for your all.videos we are benefiting a lot from your videos. Sir plzz would you like to explain about of memory allocation and memory address mode.. then we will get more benefit ...
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Sure
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Out Standing Explanation Sir
Tq. u. Sir
E. Chennakesava Goud
R.No: 528
👍
Tq
Sir iilagii more videos I want
Sure, I will upload.
It is known that the program counter carries the address of the next instruction. But where does it get that (address) information from?
Main memory
Jai Hind ❤️
Good explanation sir......
19FH1A0501
B.KUSUMA
G. Sri Harshitha
507
Nice explanation sir....
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Good morning sir
B.kishore { 521 }
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G. Bharath kumar
19FH1A0534
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Bohot bhatrien
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M.jaya Nanditha
19FH1A0510
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Name: shaikshavali
Roll no:547
Even in 1.75x it's easy to understand 👏
B.Sindhuja
19FH1A0502
Thank you sir...
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K.uday kiran
19FH1A0538
Thank u sir
S.Naheda
19FH1A0514
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Revision
D.Sharmila
502
What is the relation between RAM and CPU
Please tell me
Good morning sir
K. Swetha
19FH1A0508
Nice explanation sir....
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M.Damodhar
19Fh1A0541
S.Mayasir Sulduz
Roll no. 19FH1A0518
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P. T. Anil Kumar
19FH1A0548
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S.pavankalyan
Roll no : 19FH1A0553
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Harsha vardhan
19FH1A0536
Good morning sir
B.Rajasekhar
19fh1ao525
Thank you sir
How MAR contain address of instruction present in memory because it has just unidirectional bus instructions can go towards memory but can't come back ?
Nice Explination sir
M sudharshan reddy
19fh1a0542
Nice explanation sir.
V.Bharath
Roll no:19fh1a0561.