Complete COA Computer Organization & Architecture in one shot | Semester Exam | Hindi

➡ Contact Us: 👇
📞Call on: [phone]

➡ One Shot Complete Playlist for GATE CSE Exam : 👇

➡ Our One Shot Semester Exam Videos: 👇

#knowledgegate #sanchitsir #sanchitjain

*********************************************************
Content in this video:
00:00 (Chapter-0: Introduction)- About this video

01:58 (Chapter-1 Introduction): Boolean Algebra, Types of Computer, Functional units of digital system and their interconnections, buses, bus architecture, types of buses and bus arbitration. Register, bus and memory transfer. Processor organization, general registers organization, stack organization and addressing modes.

1:17:51 (Chapter-2 Arithmetic and logic unit): Look ahead carries adders. Multiplication: Signed operand multiplication, Booth's algorithm and array multiplier. Division and logic operations. Floating point arithmetic operation, Arithmetic & logic unit design. IEEE Standard for Floating Point Numbers

2:13:40 (Chapter-3 Control Unit): Instruction types, formats, instruction cycles and sub cycles (fetch and execute etc), micro-operations, execution of a complete instruction. Program Control, Reduced Instruction Set Computer,. Hardwire and micro programmed control: micro programme sequencing, concept of horizontal and vertical microprogramming.

3:08:03 (Chapter-4 Memory): Basic concept and hierarchy, semiconductor RAM memories, 2D & 2 1/2D memory organization. ROM memories. Cache memories: concept and design issues & performance, address mapping and replacement Auxiliary memories: magnetic disk, magnetic tape and optical disks Virtual memory: concept implementation.

5:05:10 (Chapter-5 Input / Output): Peripheral devices, 1/0 interface, 1/0 ports, Interrupts: interrupt hardware, types of interrupts and exceptions. Modes of Data Transfer: Programmed 1/0, interrupt initiated 1/0 and Direct Memory Access., 1/0 channels and processors. Serial Communication: Synchronous & asynchronous communication, standard communication interfaces.

5:46:28 (Chapter-6 Pipelining): Uniprocessing, Multiprocessing, Pipelining

[nishant]

This man is giving his 100% and explain every topic in understandable language for us..hats of you sir ❤️

[itsemoboiakash]

Thank you so much sir aap jaise pyaare teacher ho tuh hum padhayi kyu nahi karenge hum jarur karenge you so much for your kindness..

[sunny-wu]

Timestamp
Chapter 1, 2, 3 = unit 1, 2
Unit 1⬇️
10:00 CU and ALU basics
16:15 Bus
21:21 Daisy Channing Method
28:00 Register Description
54:00 addressing modes
2:13:40 Instruction Format
2:52:57 Hardwired, micro-programmed CU


Unit 2⬇️
1:18:00 Booths Algo
1:26:00 Array Multiplier
1:30:00 Restoring Division Algo
1:43:00 Arithmetic operations
1:50:40 Floating point representation

2:44:30 Risc & Cisc

[aaradhya]

I cam here to see I/O organization but the way sir teaching, I really excited and watched one by one all chapters😀
Way of teaching is very approachable

[CultureWallah]

00:05 Complete COA Computer Organization & Architecture in one shot
02:04 Computer Organization & Architecture provides knowledge about hardware.
06:25 The mechanism and types of computers in computer organization and architecture.
08:38 Dedicated and embedded systems know how to do specific tasks
13:01 Computer Architecture involves memory, registers, and control unit
15:29 Understanding the system bus and its components
19:46 Bus Arbitration is a method to decide which device gets access to the common bus.
21:47 CPU checks if any request has been made and prioritizes them
25:37 Method of arbitration: Fixed priority and independent request.
27:32 Different types of processors organizations need to be studied in computer architecture
31:13 COA Computer Organization & Architecture summarized in one shot.
33:33 Register instruction and address modes
37:16 Program Counter is responsible for holding and incrementing the address of the next instruction to be executed.
39:11 Explanation of data distribution and loading into memory in COA
43:06 Decoder 2 cross 4 decoder and load pin in COA
44:59 Understanding data multiplexing and selection using the decoder
48:59 Stack organization in COA
51:05 Execution of operations in the stack and use of data register
55:12 Different address modes have specific criteria like speed, size and support for pointers.
57:08 Immediate addressing mode allows direct access to the data without any memory reference.
1:00:53 Indirect mode is a solution to overcome the limitation of accessing only 256 different locations.
1:02:45 Implied mode in COA
1:06:32 Using registers for storing memory addresses reduces instruction length and improves code efficiency.
1:08:22 Base register holds the base address of the process in memory.
1:12:14 The base address of the array is in the instruction.
1:14:00 The video discusses the concepts of full adder and full subtractor in COA.
1:17:40 Complete discussion of Boots algorithm for multiplication
1:19:33 Multiplication process in COA
1:23:48 Complete COA Computer Organization & Architecture summarized in one shot
1:25:56 Understanding the boot algorithm and its implementation.
1:29:52 Restoring Division and Non-Restoring Division algorithms discussed
1:31:51 Explanation of the restoring division algorithm
1:35:53 Shifting and adding in COA
1:37:49 Non restoring division with detailed flow chart explanation
1:41:40 COA Computer Organization & Architecture explained in one shot
1:43:55 Understanding the representation of negative numbers in COA
1:48:21 Understanding floating point representation
1:51:10 Floating point representation is used to store small and large numbers.
1:55:14 Understanding the process of filling and representing numbers in computer architecture.
1:57:08 The range of a k-bit value can be determined using the formula 2 raised to the power k-1
2:01:32 Floating point representation in computer organization
2:03:25 Floating Point Representation in COA
2:07:32 Representation of numbers in COA
2:09:38 Understanding the conversion and single precision in Computer Organization & Architecture
2:14:03 Three address mode in COA
2:15:54 Three Address Instruction is a format where one opcode and three address fields are used.
2:19:35 Optimization techniques in COA
2:21:41 Stack organization and zero address in computer architecture
2:25:16 The hardware architecture of Acumatica involves changing the program counter value to execute instructions.
2:27:05 Executing instructions involves performing a series of micro operations at specific timings.
2:30:53 Understanding micro operations and their role in computer organization
2:33:06 Understanding the different types of instructions in COA
2:37:07 Understanding the basics of COA Computer Organization & Architecture
2:38:59 The address is 16 bit and has three bits that determine the type of operation.
2:42:59 Understanding Control Unit and its types
2:45:19 RISC architecture uses fewer instructions for faster execution and reduced memory usage.
2:49:27 Computer Organization & Architecture covers a wide range of topics including addressing modes and instruction manipulation.
2:51:31 Control unit design involves hardwired and microprogram control units.
2:55:27 Understanding the stages and functioning of the COA architecture.
2:57:42 Understanding the concept of micro program control
3:01:45 Computer organization and architecture covers the concepts of control units and memory
3:03:43 Control Memory stores control words for different registers.
3:07:39 Memory plays a vital role in overall computer performance.
3:09:31 High-speed data access and transfer with maximum capacity
3:13:13 Memory pyramid is an important concept in computer architecture.
3:15:07 Register Use Cash Use Cost and
3:19:04 Main memory is the primary physical memory and is used for data storage.
3:20:53 Cache and main memory are used to store data accessed by the CPU.
3:24:59 Temporal locality and locality of reference improve data access efficiency.
3:26:48 Hit rate and latency are important factors in cache memory.
3:30:24 The video discusses the concept of large quantities and powers of 10 in computer science.
3:32:17 Understanding the relationship between address length in bits and number of locations in memory.
3:37:54 COA Computer Organization & Architecture summarized in one shot
3:41:29 Complete COA Computer Organization & Architecture in one shot
3:48:49 Complete COA Computer Organization & Architecture in one shot
3:52:38 COA Computer Organization & Architecture in one shot
4:00:17 Complete COA Computer Organization & Architecture in one shot
4:04:03 COA Computer Organization & Architecture
4:11:17 Complete COA Computer Organization & Architecture in one shot
4:14:47 The video covers complete COA Computer Organization & Architecture in one shot for the Semester Exam.
4:22:23 Computer Organization & Architecture
4:25:56 Complete overview of Computer Organization & Architecture
4:32:54 Complete overview of COA Computer Organization & Architecture
4:36:28 COA Computer Organization & Architecture summarized in one shot.
4:43:52 COA Computer Organization & Architecture in one shot
4:47:41 Complete COA Computer Organization & Architecture in one shot
4:54:59 Complete COA Computer Organization & Architecture in one shot
4:59:15 Complete COA Computer Organization & Architecture in one shot
5:07:07 The video covers the entire subject of COA in Hindi
5:10:35 COA Computer Organization & Architecture in one shot
5:17:48 Complete COA Computer Organization & Architecture in one shot
5:21:24 COA Computer Organization & Architecture one shot
5:29:22 Introduction to COA Computer Organization & Architecture in one shot
5:33:07 The video provides a comprehensive overview of COA Computer Organization & Architecture.
5:40:19 A comprehensive overview of COA Computer Organization & Architecture.
5:43:45 Complete COA Computer Organization & Architecture in one shot | Semester Exam | Hindi
5:50:38 Complete COA Computer Organization & Architecture in one shot
5:54:03 Complete COA Computer Organization & Architecture in one shot | Semester Exam | Hindi

[snehag]

Thank you for this amazing series sir . Very grateful .. keep uploading as per your convenience.. but complete entire syllabus subjects.. as we are loving it .. again thank you sir 😊

[Grind_Architect]

TIMESTAMPS
Bus Arbitration 19:52
Daisy Chaining Method 21:03
Polling 25:14
Processor Organization 28:12
General RO 44:42
Booth algo 1:19:12

[tulsikumar]

THANK YOU SIR FOR GIVEN ONE SHOT VIDEO

BUT, I WANT SOFTWARE ENGINEERING SUBJECT VIDEO NEXT IN ONE SHOT .

[minwithtech]

This series is life saviour for many students, thank you so much sir ❤️❤️

[sanipatel]

This Video is Very Helpfull,
When you understand Your syllabus atleast one times

[RohanGupta-nn]

very informative and intersting video sir . COA subject samjh aane lga aapke ashiwad se thanku so muc sir .

[ayushiydvKG]

1:26:00 This is the best explanation I've seen of this algorithm! That's why you're the G.O.A.T, Sanchit Sir. #grateful ❤🙏

[itsPooja]

Thankyou sir for this amazing lecture .
Sir also make a vedio on mcq for computer architecture because our Semester exam is mcq based .

[Harsh_kr_]

Wow sir
I searched for COA One shot and I was glad to see your video as I studied one shot of digital electronics and my exam was very good
Thanks sir ❤️
Tommorow is my COA Exam (4 Dec) Thanks in advance sir ❤️❤️

[adityasahu]

Sir, I've became a huge fan of your. Please keep up with more subject specialy Soft Skills & Accounting.

[Sagaragrawal]

Hello sir i am a coder and i want to learn computer architecture thank you for teaching us 🙂🙏

[roohifarista]

00:05 Complete COA Computer Organization & Architecture in one shot
02:04 Computer Organization & Architecture provides knowledge about hardware.
06:25 The mechanism and types of computers in computer organization and architecture.
08:38 Dedicated and embedded systems know how to do specific tasks
13:01 Computer Architecture involves memory, registers, and control unit
15:29 Understanding the system bus and its components
19:46 Bus Arbitration is a method to decide which device gets access to the common bus.
21:47 CPU checks if any request has been made and prioritizes them
25:37 Method of arbitration: Fixed priority and independent request.
27:32 Different types of processors organizations need to be studied in computer architecture
31:13 COA Computer Organization & Architecture summarized in one shot.
33:33 Register instruction and address modes
37:16 Program Counter is responsible for holding and incrementing the address of the next instruction to be executed.
39:11 Explanation of data distribution and loading into memory in COA
43:06 Decoder 2 cross 4 decoder and load pin in COA
44:59 Understanding data multiplexing and selection using the decoder
48:59 Stack organization in COA
51:05 Execution of operations in the stack and use of data register
55:12 Different address modes have specific criteria like speed, size and support for pointers.
57:08 Immediate addressing mode allows direct access to the data without any memory reference.
1:00:53 Indirect mode is a solution to overcome the limitation of accessing only 256 different locations.
1:02:45 Implied mode in COA
1:06:32 Using registers for storing memory addresses reduces instruction length and improves code efficiency.
1:08:22 Base register holds the base address of the process in memory.
1:12:14 The base address of the array is in the instruction.
1:14:00 The video discusses the concepts of full adder and full subtractor in COA.
1:17:40 Complete discussion of Boots algorithm for multiplication
1:19:33 Multiplication process in COA
1:23:48 Complete COA Computer Organization & Architecture summarized in one shot
1:25:56 Understanding the boot algorithm and its implementation.
1:29:52 Restoring Division and Non-Restoring Division algorithms discussed
1:31:51 Explanation of the restoring division algorithm
1:35:53 Shifting and adding in COA
1:37:49 Non restoring division with detailed flow chart explanation
1:41:40 COA Computer Organization & Architecture explained in one shot
1:43:55 Understanding the representation of negative numbers in COA
1:48:21 Understanding floating point representation
1:51:10 Floating point representation is used to store small and large numbers.
1:55:14 Understanding the process of filling and representing numbers in computer architecture.
1:57:08 The range of a k-bit value can be determined using the formula 2 raised to the power k-1
2:01:32 Floating point representation in computer organization
2:03:25 Floating Point Representation in COA
2:07:32 Representation of numbers in COA
2:09:38 Understanding the conversion and single precision in Computer Organization & Architecture
2:14:03 Three address mode in COA
2:15:54 Three Address Instruction is a format where one opcode and three address fields are used.
2:19:35 Optimization techniques in COA
2:21:41 Stack organization and zero address in computer architecture
2:25:16 The hardware architecture of Acumatica involves changing the program counter value to execute instructions.
2:27:05 Executing instructions involves performing a series of micro operations at specific timings.
2:30:53 Understanding micro operations and their role in computer organization
2:33:06 Understanding the different types of instructions in COA
2:37:07 Understanding the basics of COA Computer Organization & Architecture
2:38:59 The address is 16 bit and has three bits that determine the type of operation.
2:42:59 Understanding Control Unit and its types
2:45:19 RISC architecture uses fewer instructions for faster execution and reduced memory usage.
2:49:27 Computer Organization & Architecture covers a wide range of topics including addressing modes and instruction manipulation.
2:51:31 Control unit design involves hardwired and microprogram control units.
2:55:27 Understanding the stages and functioning of the COA architecture.
2:57:42 Understanding the concept of micro program control
3:01:45 Computer organization and architecture covers the concepts of control units and memory
3:03:43 Control Memory stores control words for different registers.
3:07:39 Memory plays a vital role in overall computer performance.
3:09:31 High-speed data access and transfer with maximum capacity
3:13:13 Memory pyramid is an important concept in computer architecture.
3:15:07 Register Use Cash Use Cost and
3:19:04 Main memory is the primary physical memory and is used for data storage.
3:20:53 Cache and main memory are used to store data accessed by the CPU.
3:24:59 Temporal locality and locality of reference improve data access efficiency.
3:26:48 Hit rate and latency are important factors in cache memory.
3:30:24 The video discusses the concept of large quantities and powers of 10 in computer science.
3:32:17 Understanding the relationship between address length in bits and number of locations in memory.
3:37:54 COA Computer Organization & Architecture summarized in one shot
3:41:29 Complete COA Computer Organization & Architecture in one shot
3:48:49 Complete COA Computer Organization & Architecture in one shot
3:52:38 COA Computer Organization & Architecture in one shot
4:00:17 Complete COA Computer Organization & Architecture in one shot
4:04:03 COA Computer Organization & Architecture
4:11:17 Complete COA Computer Organization & Architecture in one shot
4:14:47 The video covers complete COA Computer Organization & Architecture in one shot for the Semester Exam.
4:22:23 Computer Organization & Architecture
4:25:56 Complete overview of Computer Organization & Architecture
4:32:54 Complete overview of COA Computer Organization & Architecture
4:36:28 COA Computer Organization & Architecture summarized in one shot.
4:43:52 COA Computer Organization & Architecture in one shot
4:47:41 Complete COA Computer Organization & Architecture in one shot
4:54:59 Complete COA Computer Organization & Architecture in one shot
4:59:15 Complete COA Computer Organization & Architecture in one shot
5:07:07 The video covers the entire subject of COA in Hindi
5:10:35 COA Computer Organization & Architecture in one shot
5:17:48 Complete COA Computer Organization & Architecture in one shot
5:21:24 COA Computer Organization & Architecture one shot
5:29:22 Introduction to COA Computer Organization & Architecture in one shot
5:33:07 The video provides a comprehensive overview of COA Computer Organization & Architecture.
5:40:19 A comprehensive overview of COA Computer Organization & Architecture.
5:43:45 Complete COA Computer Organization & Architecture in one shot | Semester Exam | Hindi
5:50:38 Complete COA Computer Organization & Architecture in one shot
5:54:03 Complete COA Computer Organization & Architecture in one shot | Semester Exam | Hindi

[ayushiydvKG]

4:21:10 I finally understood this concept clearly . Thank you so much, sir!

[oishikachakraborty]

Kal exam hai .... Prathna karna mere liye guys above 8 sgpa aajaye❤

[Anushkachaudhary-ptkd]

You are such a life saviour !! i didn't understood these stuff in my more than 30 hrs of class !! May god bless you !!😍