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 😊
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
The COA itself is something which requires lots of time to deeply understand the things. This was a really well made and well compiled video that delivers everything for COA in the crisp 6hrs (altho, I feel that this video should be primarily seen as a Brushing Up Video or a Revision video over a LEARNING FIRST TIME VIDEO)
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
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
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 ❤️❤️
I am from Bihar but I am doing engineering from CGC jhanjeri (Mohali). College teacher are not good that students can understand. I have watched every subject video of yours which is in my semester. So I am very thankful to you sir ji 🙏🙏🙏
4:42:48 I think the hit rate of 0.8 should be multiplied with the entire expression instead of just 5ns because in the formula earlier each level hit rate was multiplied individually and only one hit rate is given so we can assume its the same for all levels . So 0.8 x [(5ns) + (1 - 0.8) (5ns+100ns)] and similarly for simultaneous memory access as well.
Sir please do a one shot of software engineering Your concepts and style of teaching is superb❤ thanks for making computer architecture such a simple one for exam
Sir can you make a one shot on these subjects - principle of programming language and design and Analysis of Algorithms? Baaki operating system wali video is very helpful sir . ❤
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
Your one shot vedios are reall helpful...firstly heartly thank you so much to save us ❤.... just one request to you....please make also vedio of big data , cyber security, cloud computing and IOT ....... please sir provide these vedios also ...it will really helpful to millions of students.
Thanks sir now my semester is going to start ❤ Thanks for this amazing 😍 one shot video 🩷 Can you please upload one shot video of the compiler design and Computer graphics subject! If possible please 🙏 release video of these subjects because in my college I and my friends love ❤ your videos a lot ❤ The reason is 👑 Ur Teaching Style 🩷🫡
You're most welcome dear @Rohit ❤ Next is DA followed by Algorithm, will consider your suggestion in upcoming contents, stay connected & keep learning👍😊
Thank you sir this lecture is like ki end sem s pehle brahmastra mil gya kyunki abhi tak kisi n one shot nhi dala thha , to thank you very much sir and m aapse ya expect kar rha hu ki 4 sem k subjects k bhi one shot aap dal doge 🙏
Thank you so much sir for this amazing video. Please upload more videos like this for the subjects like Software Engineering, Computer Oriented Numerical Technique, Network Programming and Administration, Data and File Structures etc..
From about last two months i'm finding best videos to cover COA syllabus and getting this video in suggestion also. I found many videos but collecting topics from different videos is so difficult as no have such content like you have sir . I am just thinking "mne pehle kyu nhi dekha ye video" Thank You so much sir for this video 🙏🙏🙏
sir please make another playlist for GATE aspirants in which cover all syllabus of in just one vedio make it as long as you want 12 hr or 15 hrs i am ready to learn but plese consider my request.
Dear Aman, if you are looking for complete content on GATE, please check out course on our website for GATE 2024 & 2025, sharing links below: Gate Guidance 2024: www.knowledgegate.in/learn/GATE-2024 Gate Guidance 2025: www.knowledgegate.in/learn/GATE-2025
Thanks sir your every single video is so helpful for every single student. In my previous sem i got A grade in digital electronics after watching your Videis😎
@@shortswithsurjo bhai aaj Sona mat , pahle 3 easy unit ko target karo .fir next unit jo easy Lage . Agar time Mila to agli unit ko padhna nahi to aadha padh lena .
Sir You are the best teacher i have studied many subjects from you like TOC COA and DBMS and you make all this subjects so easy and understandable with your real life examples. God Bless You sir.
Plss consider these topics in Discrete mathematics syllabus sir along with Operations and Laws of Sets, Cartesian Products, Binary Relation, Partial Ordering Relation, Equivalence Relation, Image of a Set, Sum and Product of Functions, Bijective functions, Inverse and Composite Function, Size of a Set, Finite and infinite Sets, Countable and uncountable Sets, Cantor's diagonal argument and The Power Set theorem, Schroeder-Bernstein theorem. Principles of Mathematical Induction: The Well-Ordering Principle, Recursive definition, The Division algorithm: Prime Numbers, The Greatest Common Divisor: Euclidean Algorithm, The Fundamental Theorem of Arithmetic. Basic counting techniques-inclusion and exclusion, pigeon-hole principle, permutation and combination. Propositional Logic: Syntax, Semantics, Validity and Satisfiability, Basic Connectives and Truth Tables, Logical Equivalence: The Laws of Logic, Logical Implication, Rules of Inference, The use of Quantifiers. Proof Techniques: Some Terminology, Proof Methods and Strategies, Forward Proof, Proof by Contradiction, Proof by Contraposition, Proof of Necessity and Sufficiency. Algebraic Structures and Morphism: Algebraic Structures with one Binary Operation, Semi Groups, Monoids, Groups, Congruence Relation and Quotient Structures, Free and Cyclic Monoids and Groups, Permutation Groups, Substructures, Normal Subgroups, Algebraic Structures with two Binary Operation, Rings, Integral Domain and Fields. Boolean Algebra and Boolean Ring, Identities of Boolean Algebra, Duality, Representation of Boolean Function, Disjunctive and Conjunctive Normal Form Graphs and Trees: Graphs and their properties, Degree, Connectivity, Path, Cycle, Sub Graph, Isomorphism, Eulerian and Hamiltonian Walks, Graph Coloring, Coloring maps and Planar Graphs, Coloring Vertices, Coloring Edges, List Coloring, Perfect Graph, definition properties and Example, rooted trees, trees and sorting, weighted trees and prefix codes, Bi- connected component and Articulation Points, Shortest distances
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 Crafted by Merlin AI.
For complete content on Computer Science, check out the course link: tiny.cc/allcomputersciencecourse
1:17:51 Unit -2
From where to get notes
Sir notes kaise milega
@@RitikRaj-q7j same
Sir, please provide notes.
This man is giving his 100% and explain every topic in understandable language for us..hats of you sir ❤️
can you tell where is the notes linki am unable to find it
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
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 😊
Glad to know you are liking the content @Sneha❤ Do like, subscribe & share the video, stay connected. Let me know which subject do you want next?
HUMAN COMPUTER INTERACTION@@KNOWLEDGEGATE_kg
@@KNOWLEDGEGATE_kgdstl
Where are you from & study
@@KNOWLEDGEGATE_kg Mobile Application Development please...!!!!
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
HAVE ANYONE OF YOU FOUND THE NOTES??
wtf bro. thanks alot.
Great bro ❤️
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
The COA itself is something which requires lots of time to deeply understand the things. This was a really well made and well compiled video that delivers everything for COA in the crisp 6hrs (altho, I feel that this video should be primarily seen as a Brushing Up Video or a Revision video over a LEARNING FIRST TIME VIDEO)
Thanks for your feedback. Keep supporting & learning👍
53:10 addressing mode
1:18:00 booths algo
5:09:00 interrupt
5:20:40 synchronous vs asynchronous data transfer
5:39:30 dma
Thank you so much sir aap jaise pyaare teacher ho tuh hum padhayi kyu nahi karenge hum jarur karenge .....thank you so much for your kindness..
Haha thanks a lot, keep supporting😍
What a superb teacher you are thanks sir 😊
very informative and intersting video sir . COA subject samjh aane lga aapke ashiwad se thanku so muc sir .
Very nice, glad to know this. Keep learning & stay connected for more upcoming contents👍
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
🫡🫡🫡🫡
This comment should be pinned..
If you ever feel wasting your time, just look at this comment
THANK YOU SIR FOR GIVEN ONE SHOT VIDEO
BUT, I WANT SOFTWARE ENGINEERING SUBJECT VIDEO NEXT IN ONE SHOT .
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
Thanks a lot dear, keep learning & supporting & stay connected for more amazing contents👍😊
@@KNOWLEDGEGATE_kgsir ppt ki pdf de dete to bahut madad ho jati
@@AkshitSingh-u1yBhai me bhi notes lickha hai free vo dhoond ra hun
This series is life saviour for many students , thank you so much sir ❤️❤️
Glad to know this! Do like, subscribe & share with your friends, keep learning & stay tuned for more upcoming contents👍😊
@@KNOWLEDGEGATE_kg shared with 20 people, 🙏thank you for Video sir
bhai isko dekh kr umeed jaagi hai shyd ab mein pass hojounga 😀
Indeed 🙌🏻
Is this video sufficient for aktu examination?
Thankyou sir for this amazing lecture .
Sir also make a vedio on mcq for computer architecture because our Semester exam is mcq based .
Ok dear, will try to consider your suggestion.
Hello sir i am a coder and i want to learn computer architecture thank you for teaching us 🙂🙏
You're welcome Sama! Keep learning, do share the video with your friends & please follow us for more content👍
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 ❤️❤️
Notes bnaya tha ki
@@harshkiblog9059 Nahi bas screenshots leke last me revise kar liye they
Very good, keep learning & all the best for your exam, do well👍😊
Kesa gya exam?
Sir toommorow my😂 dxam
Wao sir thank u so much for this video, this is most awaited video.😊😊
love the way u taught just completed the whole video thank u sir 🥰🥰
You're welcome, Vansh. Keep learning, supporting & stay connected for more upcoming content👍
I am from Bihar but I am doing engineering from CGC jhanjeri (Mohali). College teacher are not good that students can understand. I have watched every subject video of yours which is in my semester. So I am very thankful to you sir ji 🙏🙏🙏
Most welcome dear Ayush, keep learning, do subscribe & share the video with your friends & stay connected for more upcoming contents on our channel👍
4:42:48 I think the hit rate of 0.8 should be multiplied with the entire expression instead of just 5ns because in the formula earlier each level hit rate was multiplied individually and only one hit rate is given so we can assume its the same for all levels . So 0.8 x [(5ns) + (1 - 0.8) (5ns+100ns)] and similarly for simultaneous memory access as well.
@KNOWLEDGEGATE_kg Sir could you explain this please
AKTU WALO LIKE KRO❤
Kal exam hai abhi tk start v ni kiya abhi ye video mili hai 😂
Bhai ab start Kiya h
Bhai kya isse AKTU ka MCA 1st sem ka syllabus cover ho jayega??
Sir, I've became a huge fan of your. Please keep up with more subject specialy Soft Skills & Accounting.
Thank you, I will. Stay connected & keep learning😊
Kal Exam hai 🥲🥲😂😭😭❤️❤️👍👍
Mera bhi 😊
Aktu
Aktu bhai Aktu
Ye video aktu walo ke liye kaam ki h?
Sherrr
You are such a life saviour !! i didn't understood these stuff in my more than 30 hrs of class !! May god bless you !!😍
Glad you liked it, thank you, @Anushka. Keep learning, supporting & stay connected for more upcoming content👍
4:21:10 I finally understood this concept clearly . Thank you so much, sir!
Glad you understood the concept. Keep learning, supporting & stay connected for more content👍
Beautiful explqnation sir ❤️
Thank you so much🙏🙏😁
Thank you sir ❤️❤️
Waiting for TOC and Compiler
Ok dear will consider your suggestion, stay connected & keep learning👍😊
Thankyou sir
Gratified by your efforts
Very useful 🙏🙂
You're welcome. Keep learning, supporting & stay connected for more upcoming content👍
Sir please do a one shot of software engineering
Your concepts and style of teaching is superb❤ thanks for making computer architecture such a simple one for exam
Thanks a lot, yes will consider your suggestion, keep learning & stay connected👍😊
Uploading a one shot with covering all the topics with such kind of spirit is phenomenal teaching quality. # Respect for Sanchit Sir .🫡
Thank you so much dear Nitin, keep supporting❤
Excellent! Thanks for this video.
Can you upload TOC, and Artificial Intelligence (AI)
You are welcome, Great that you liked it,
Yes TOC will be uploaded soon
This video gives the basic idea of each topic in easy language 😊
Sir can you make a one shot on these subjects - principle of programming language and design and Analysis of Algorithms?
Baaki operating system wali video is very helpful sir . ❤
Ok dear will try to consider your suggestion, stay connected & keep learning👍😊
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
thank you very much..I requested this video a week ago or so..Thank you very much sir😊
Most welcome 😊 Keep learning, do like, subscribe & share the video, also let me know which subject do you want next?
its amazing sir I learn and enjoy the whole vedio
thank u sir for providing notes also
🙏👌👌🙏🙏
Thank you sir day after tommorow i have exam i m so lucky to find it earlier❤
Good luck!
@@KNOWLEDGEGATE_kg love you sir💗 jara hu paper dene ashirwad dedo apna
Bhai kal Endsem hai, kuch suggestions de do
asa content pure youtube pe nhi milega you are greate sir ♥♥♥♥
Thank you so much Abhishek, glad you liked the content, do share the video with your friends & stay connected for more upcoming videos.
RGPV students attendance here ⬇️
Your one shot vedios are reall helpful...firstly heartly thank you so much to save us ❤.... just one request to you....please make also vedio of big data , cyber security, cloud computing and IOT ....... please sir provide these vedios also ...it will really helpful to millions of students.
You're most welcome dear. We will try to consider your suggestion, stay connected & keep learning😊
timestamp 4:00
processor organization 28:00
data shift 38:00
40:50 how data gets changed
38@56
Watching the video 1day before exam 😊...Thanks Sir for uploading such a great content..
question kaisa tha
All the best👍
Who are from MAKAUT 😅
Me ✋🏻 and tomorrow's my exam 😂
bro kuch review dena exam se match kar rha hai ya nhi
last moment ke liye check kar rha hu , sareh important topics hai ya nhi ?
plz reply?
And also I am 👻
🖐🏻🥲
Vvi
highly recommended...time saving...very efficient...a smart way for preparation...thanks a lot sir
You are most welcome @sajdashamim , glad you liked it, keep learning & following & do share the video with your friends if you find it helpful.
Thanku sir
Next analysis of algorithm and data structure 🙏
Yes next video will be Data Structures followed by Algorithms
@@KNOWLEDGEGATE_kg ok thanku very much sir
Thank you for such amazing video
Every student needs to have a teacher like you😍👍👍
is it sufficient for sem exam?
You're welcome Srushti😍 Do like, subscribe & share the video with your friends. Stay connected for more upcoming contents👍😊
Yes you can match the syllabus of your university with the video & study accordingly. @RepReels
yes I think so ! just practice more gate problems@@Workout.beats_
Thanks sir now my semester is going to start ❤
Thanks for this amazing 😍 one shot video 🩷
Can you please upload one shot video of the compiler design and Computer graphics subject!
If possible please 🙏 release video of these subjects because in my college I and my friends love ❤ your videos a lot ❤
The reason is 👑 Ur Teaching Style 🩷🫡
You're most welcome dear @Rohit ❤ Next is DA followed by Algorithm, will consider your suggestion in upcoming contents, stay connected & keep learning👍😊
@@KNOWLEDGEGATE_kg Thanks Sir 🩷🫶 🫡
Thank you sir this video is really helping me.
It would be great if you could make a video on microprocessor and interfacing.
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 ❤🙏
Glad you liked it, thank you @Ayushi. Keep learning, supporting & stay connected for more content👍
Thank you sir this lecture is like ki end sem s pehle brahmastra mil gya kyunki abhi tak kisi n one shot nhi dala thha , to thank you very much sir and m aapse ya expect kar rha hu ki 4 sem k subjects k bhi one shot aap dal doge 🙏
You're most welcome @Arpit😍Keep learning & stay connected for more amazing upcoming contents👍😊
@@KNOWLEDGEGATE_kg ok sir , thanks for reply me sir 🙏😊
This Video is Very Helpfull ,
When you understand Your syllabus atleast one times
Glad to know that, keep learning & stay connected for more upcoming content.
4:59:51 the value is 204.8 not 20.48 for students
Thank you so much sir for this amazing video. Please upload more videos like this for the subjects like Software Engineering, Computer Oriented Numerical Technique, Network Programming and Administration, Data and File Structures etc..
Again thanks a lot for this one 😊
You're welcome, sure will try to consider your suggestion, stay connected & keep learning👍😊
Thank you so so so much sir. Today is my exam and I'm watching it at 03 AM. Your teaching method is really impressive.
You're most welcome Vaibhav, keep learning & all the very best for your exam, do well👍
Best of luck sbhi ko 😂
Jinka aaj exam h , feel free bro
sir your teaching style is outstanding ,love it sir and examples are aswome
Thanks a ton, Suvadip. Keep learning & supporting😍
Chalo bhai kal k exam k liye pdhai shuru krte Hain iss waqt se
💀💀🗿
bhai same ab ja rha hu start krne
@@cheeekukachaku memory hierarchy ayega 💯
@@gratino7605 aur bhi kuch btado bhai bhala hojaega mera.... python ne to vese he maarli thi
@@cheeekukachakumera to cyber security tha bhai mai bach gya .😅
Sir I am from guwahati, Assam. THANKS FOR YOUR COURSE
Hi dear, you are most welcome! Keep learning, which subject do you want next?
I see this video before one day of exam 😂
All the best👍
Passed ?
Instead of see
Use watch 🙌😊
Ho gya pass ??
Mine is 1 day later
Kal exam hai .... Prathna karna mere liye guys above 8 sgpa aajaye❤
Ok all the best 👍
thankyou sir make this type of video more 😍😍😍😍😍
You are welcome, all the subjects will be covered in one shot videos, Stay Tuned,
Which subject do you want next?
Sir deep respect please take up data structures and algorithms too here
and data mining and data science too.
A big thank you sir
Ok dear will try to consider your suggestion, stay connected & keep learning👍😊
love to watch your videos sir from Pakistan. Please cover TOA as well... thanks Alot.
Sure dear, thank you for watching our videos, keep learning & stay tuned👍😊
I see this video before one day of exam for Aktu 😅😅
Aktu??
From about last two months i'm finding best videos to cover COA syllabus and getting this video in suggestion also. I found many videos but collecting topics from different videos is so difficult as no have such content like you have sir . I am just thinking "mne pehle kyu nhi dekha ye video" Thank You so much sir for this video 🙏🙏🙏
You're most welcome Harshit, glad you liked the content. Keep learning & following us for more content👍
@@KNOWLEDGEGATE_kg Yes sir , I'm doing Digital Electronics today . Glad to get your reply Sir☺🙏
sir please make another playlist for GATE aspirants in which cover all syllabus of in just one vedio make it as long as you want 12 hr or 15 hrs i am ready to learn but plese consider my request.
Dear Aman, if you are looking for complete content on GATE, please check out course on our website for GATE 2024 & 2025, sharing links below:
Gate Guidance 2024: www.knowledgegate.in/learn/GATE-2024
Gate Guidance 2025: www.knowledgegate.in/learn/GATE-2025
@@KNOWLEDGEGATE_kg sir I am asking for one shot vedioes regarding gate.
Very Nice Teaching Style
Bikaner Rajasthan से पहले Viewing
For ignou COA exam
Kal exam hai😢😢😢😢😢😢Aaj pdh rhi hu
🙏🙏🤩🤩 Shandar lecture Sir🙏🙏🤩🤩
Thank you so much, glad you liked it. Keep learning👍
NOIDA STUDENT'S attendence
Thanks sir your every single video is so helpful for every single student. In my previous sem i got A grade in digital electronics after watching your
Videis😎
Very nice dear, keep it up & thanks for following our content. Do share the videos with your friends & keep learning👍
Aaj paper he ab pdra hun rat ke 12 bje 😂
Mera bhi
Mera bhi
Bhai kal Endsem hai, kuch suggestions de do
@@shortswithsurjo bhai aaj Sona mat , pahle 3 easy unit ko target karo .fir next unit jo easy Lage . Agar time Mila to agli unit ko padhna nahi to aadha padh lena .
@@shortswithsurjo mai to yahi karta hu . tension bilkul bhi na lena , is sem exam ki aukat 2 rupee ki hoti h .
Best youtube channel 🎉🎉🎉 for cse student 🙌
Glad you think so dear, thanks a lot for following our content. Keep learning & stay connected😊
Any one is form RGPV
yesss
Yesssss
Yup 👍🏻
Yess
Yesssss
Sir You are the best teacher i have studied many subjects from you like TOC COA and DBMS and you make all this subjects so easy and understandable with your real life examples. God Bless You sir.
Glad to know that dear, thanks for following our content. Stay connected & keep learning😊
Is it helpful for bca
Can refer, match the syllabus with the video & study accordingly.
most helpful lecture easily to understand ❤❤
Glad to hear that, Jay. Keep learning, supporting & stay connected for more upcoming content👍
Next is Software Engineering or DAA
Ok dear will try to consider your suggestion, stay connected & keep learning👍😊
Aapke charno me dandvat pranam 🙇🙇🙇🙇
Plss consider these topics in Discrete mathematics syllabus sir along with
Operations and Laws of Sets, Cartesian Products, Binary
Relation, Partial Ordering Relation, Equivalence Relation, Image of a Set, Sum and Product
of Functions, Bijective functions, Inverse and Composite Function, Size of a Set, Finite and
infinite Sets, Countable and uncountable Sets, Cantor's diagonal argument and The Power
Set theorem, Schroeder-Bernstein theorem.
Principles of Mathematical Induction: The Well-Ordering Principle, Recursive definition,
The Division algorithm: Prime Numbers, The Greatest Common Divisor: Euclidean Algorithm,
The Fundamental Theorem of Arithmetic.
Basic counting techniques-inclusion and exclusion, pigeon-hole principle, permutation and
combination.
Propositional Logic: Syntax, Semantics, Validity and Satisfiability, Basic Connectives and
Truth Tables, Logical Equivalence: The Laws of Logic, Logical Implication, Rules of Inference,
The use of Quantifiers. Proof Techniques: Some Terminology, Proof Methods and Strategies,
Forward Proof, Proof by Contradiction, Proof by Contraposition, Proof of Necessity and
Sufficiency.
Algebraic Structures and Morphism: Algebraic Structures with one Binary Operation, Semi
Groups, Monoids, Groups, Congruence Relation and Quotient Structures, Free and Cyclic
Monoids and Groups, Permutation Groups, Substructures, Normal Subgroups, Algebraic
Structures with two Binary Operation, Rings, Integral Domain and Fields. Boolean Algebra
and Boolean Ring, Identities of Boolean Algebra, Duality, Representation of Boolean Function,
Disjunctive and Conjunctive Normal Form
Graphs and Trees: Graphs and their properties, Degree, Connectivity, Path, Cycle, Sub
Graph, Isomorphism, Eulerian and Hamiltonian Walks, Graph Coloring, Coloring maps and
Planar Graphs, Coloring Vertices, Coloring Edges, List Coloring, Perfect Graph, definition
properties and Example, rooted trees, trees and sorting, weighted trees and prefix codes, Bi-
connected component and Articulation Points, Shortest distances
Ok dear, will try to consider your suggestion, stay connected & keep learning👍😊
Thankyou so much sir!! Tomorrow is my COA endsem exam i didn't studied till... After watching this i am filling confident now.
Great, wish you all the best for your exam, do well👍
Kaisa hua exam?
Sir pass krva diyaaa aapne 46/70
Love From West Bengal Sir ji ❤❤
Thank you so much, keep supporting😊
Mera kal semester ka paper ha aur aaj mai dekh reha hu mera jaisa koi aur bhi ha kya😂
Same bro
Sir, Cloud Computing par bhi ek One Shot Vedio for Semester Exam's banayiye.....❤❤
Hum examination room ke bhar khade we deak rhe 😂
Shabash bete
This is an amazing playlist.. Just loved it
Thank you so much Nilanjan!
Exam kal hi hai aur video Aaj mil rhi hai 😅
kaha se ho
@@Umesh_as_a_cgl-aspirant..k prayagraj
Itna din se soya tha kya😅
@@SatyamYadav-k5d 😅
Sir i am from Bangladesh and
Thank You so much for your dedication.God bless you Sir.Your video is very very helpful for me.
Glad to know this, thank you for sharing your feedback, keep learning & stay connected👍
Aktu ke students Attendance lagaye❤
Bro. Notes ki pdf kaise download karun
Dear learner, please check out our website for free notes: www.knowledgegate.in/gate
Thank you sir 🙏 for this great video
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Thank you!! I just needed it!!
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Aaj exam hai 😢
Same
Aaj mera exam tha ye video dekh kr gyi really helpful for me thanku so much sir😊😊😊
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Anyone Ls college university
No I will be attend bca 2nd sem exam in Ls College but I am from Rn college Hjp 😅
Muzaffarpur?
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
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Very HelpFul Series Sir
Thank you .
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AKTU 😢
thankyou so much sir for this video it helped me soo much in the semester exam and ya i am from rajasthan
Glad to know this, thanks for watching the content, keep learning & stay connected for more amazing videos & contents👍😊