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De Morgan s Theorem in computer Architecture Rajeswari

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Lessons List | 57 Lesson
What is Computer Architecture COA class 1 in Telugu Rajeswari
00:07:35

What is Computer Architecture COA class 1 in Telugu Rajeswari
Computer Architecture vs Computer Organization COA class 2 in Telugu ✓Rajeswari
00:05:35

Computer Architecture vs Computer Organization COA class 2 in Telugu ✓Rajeswari
Functional units of Digital system in Computer Architecture COA class 3 in Telugu ✓ Rajeswari
00:11:19

Functional units of Digital system in Computer Architecture COA class 3 in Telugu ✓ Rajeswari
Basic Operational concepts in computer Architecture COA class 4 in Telugu ✓ Rajeswari
00:11:41

Basic Operational concepts in computer Architecture COA class 4 in Telugu ✓ Rajeswari
General system Architecture in computer architecture COA class 5 in Telugu ✓ Rajeswari
00:11:53

General system Architecture in computer architecture COA class 5 in Telugu ✓ Rajeswari
Von Neumann model in general purpose architecture COA class 6 in Telugu ✓ Rajeswari
00:12:39

Von Neumann model in general purpose architecture COA class 6 in Telugu ✓ Rajeswari
Bus structure in Computer Architecture COA class 7 in Telugu ✓Rajeswari
00:12:16

Bus structure in Computer Architecture COA class 7 in Telugu ✓Rajeswari
Single Bus structure and Double Bus structure COA class 8 in Telugu ✓ Rajeswari
00:06:07

Single Bus structure and Double Bus structure COA class 8 in Telugu ✓ Rajeswari
General purpose system COA class 9 in Telugu ✓ Rajeswari
00:06:37

General purpose system COA class 9 in Telugu ✓ Rajeswari
Parallel processing in Computer Architecture COA class 10 in Telugu
00:06:31

Parallel processing in Computer Architecture COA class 10 in Telugu
FLYNN S classification of computers COA class 11 in Telugu
00:11:38

FLYNN S classification of computers COA class 11 in Telugu
Computer Registers in Computer Architecture COA class 12 in Telugu
00:11:56

Computer Registers in Computer Architecture COA class 12 in Telugu
Computer Instructions in computer Architecture COA class 13 in Telugu
00:15:34

Computer Instructions in computer Architecture COA class 13 in Telugu
Design of control unit Hardwired control in computer Architecture COA class 14 in Telugu
00:11:28

Design of control unit Hardwired control in computer Architecture COA class 14 in Telugu
Microprogrammed control in design of control unit COA class 15 in Telugu ✓ Rajeswari
00:14:14

Microprogrammed control in design of control unit COA class 15 in Telugu ✓ Rajeswari
Instruction cycle in computer Architecture COA class in Telugu
00:06:17

Instruction cycle in computer Architecture COA class in Telugu
Input Output configuration in computer Architecture COA class in Telugu
00:09:08

Input Output configuration in computer Architecture COA class in Telugu
Logic Gates AND OR NOT gates Rajeswari
00:14:19

Logic Gates AND OR NOT gates Rajeswari
NAND and NOR Gates in Computer Architecture Rajeswari
00:08:42

NAND and NOR Gates in Computer Architecture Rajeswari
XOR and Exclusive NOR in Computer Architecture Rajeswari
00:08:57

XOR and Exclusive NOR in Computer Architecture Rajeswari
Boolean Algebra introduction solving Boolean Algebra expressions in COA Rajeswari
00:11:13

Boolean Algebra introduction solving Boolean Algebra expressions in COA Rajeswari
Laws of Boolean Algebra Solving expressions with gates Rajeswari
00:13:23

Laws of Boolean Algebra Solving expressions with gates Rajeswari
kaurnaugh map K map 2 variable 3 variable methods in COA Rajeswari
00:17:58

kaurnaugh map K map 2 variable 3 variable methods in COA Rajeswari
K map 4 variable example kaurnaugh map Rajeswari
00:10:49

K map 4 variable example kaurnaugh map Rajeswari
De Morgan s Theorem in computer Architecture Rajeswari
00:14:36

De Morgan s Theorem in computer Architecture Rajeswari
Product of Sums POS and sum of products SOP Rajeswari
00:19:49

Product of Sums POS and sum of products SOP Rajeswari
Combinational circuits Half Adder Full Adder Rajeswari
00:17:48

Combinational circuits Half Adder Full Adder Rajeswari
Multi bit Adder Combinational circuits Computer organization in Telugu
00:04:12

Multi bit Adder Combinational circuits Computer organization in Telugu
Multiplexer with combinational Circuits COA tutorials in Telugu
00:09:09

Multiplexer with combinational Circuits COA tutorials in Telugu
Demultiplexer in Digital Electronics COA in Telugu
00:07:26

Demultiplexer in Digital Electronics COA in Telugu
Sequential Circuit introduction COA in Telugu
00:04:37

Sequential Circuit introduction COA in Telugu
Differences between Combinational Circuit and Sequential Circuit COA in Telugu
00:05:24

Differences between Combinational Circuit and Sequential Circuit COA in Telugu
Latch and Flip Flop introduction Computer Architecture in Telugu
00:06:19

Latch and Flip Flop introduction Computer Architecture in Telugu
Difference between Latch and Flip Flop Computer Architecture in Telugu
00:04:20

Difference between Latch and Flip Flop Computer Architecture in Telugu
SR Latch using NAND gate Latches COA in Telugu
00:09:30

SR Latch using NAND gate Latches COA in Telugu
SR Latch with NOR Gate Latches COA in Telugu
00:06:20

SR Latch with NOR Gate Latches COA in Telugu
SR Flip Flop truth table Flip Flops COA in Telugu
00:07:29

SR Flip Flop truth table Flip Flops COA in Telugu
SR Flip Flop NOR Gate Flip Flops COA in Telugu
00:05:49

SR Flip Flop NOR Gate Flip Flops COA in Telugu
D Flip Flop truth table and Circuit diagram COA in Telugu
00:10:45

D Flip Flop truth table and Circuit diagram COA in Telugu
JK Flip Flop introduction truth table k map COA in Telugu
00:16:23

JK Flip Flop introduction truth table k map COA in Telugu
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Course Description

Operational concepts in computer architecture course, in this course we will learn about the operational concepts in computer architecture. This course provides a comprehensive understanding of how computer systems execute instructions and manage data. We will explore the Instruction Set Architecture (ISA), which defines the commands a CPU can execute, and delve into CPU design and functionality. The course covers the design of data paths and control paths, essential for executing instructions efficiently. We will study microarchitecture and pipelining, techniques that improve CPU performance by overlapping instruction execution stages. Memory hierarchy and cache design are crucial topics, explaining how data is stored and accessed quickly. Instruction fetch and decode processes will be examined, alongside the operations of the Arithmetic and Logic Unit (ALU) and control unit. Register Transfer Level (RTL) operations, load and store mechanisms, and branch prediction strategies will also be covered. We will discuss parallel processing, concurrency, superscalar, and out-of-order execution, highlighting advanced performance optimization techniques. Additionally, the course addresses multiprocessing, multithreading, input/output operations, peripheral management, interrupt handling, exception processing, power management, and energy efficiency.
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