Канал: KTU CLASSROOM by NEENU

Classification of Pipeline Processors

Classification of Pipeline Processors

PIPELINING || KTU || S4 CSE || 2019 scheme || COMPUTER ORGANIZATION & ARCHITECTURE || MODULE 3 ||

PIPELINING || KTU || S4 CSE || 2019 scheme || COMPUTER ORGANIZATION & ARCHITECTURE || MODULE 3 ||

INTEGER DIVISION || RESTORING DIVISION

INTEGER DIVISION || RESTORING DIVISION

BOOTH'S MULTIPLICATION ALGORITHM- PART 2 || SIGNED NUMBER MULTIPLICATION

BOOTH'S MULTIPLICATION ALGORITHM- PART 2 || SIGNED NUMBER MULTIPLICATION

INTRODUCTION TO BOOTH'S MULTIPLICATION ALGORITHM-PART 1 || SIGNED NUMBER MULTIPLICATION

INTRODUCTION TO BOOTH'S MULTIPLICATION ALGORITHM-PART 1 || SIGNED NUMBER MULTIPLICATION

SEQUENTIAL MULTIPLIER CIRCUIT FOR THE MULTIPLICATION OF UNSIGNED NUMBERS

SEQUENTIAL MULTIPLIER CIRCUIT FOR THE MULTIPLICATION OF UNSIGNED NUMBERS

COMBINATIONAL ARRAY MULTIPLIER || MULTIPLICATION OF UNSIGNED NUMBERS

COMBINATIONAL ARRAY MULTIPLIER || MULTIPLICATION OF UNSIGNED NUMBERS

DESIGN OF ACCUMULATOR

DESIGN OF ACCUMULATOR

PROCESSOR UNIT ||

PROCESSOR UNIT ||

DESIGN OF SHIFTER

DESIGN OF SHIFTER

DESIGN OF ALU - PART 2 || DESIGN OF LOGIC CIRCUIT || DESIGN OF ALU

DESIGN OF ALU - PART 2 || DESIGN OF LOGIC CIRCUIT || DESIGN OF ALU

DESIGN OF ALU- PART 1 || DESIGN OF ARITHMETIC CIRCUIT

DESIGN OF ALU- PART 1 || DESIGN OF ARITHMETIC CIRCUIT

PROCESSOR ORGANIZATION

PROCESSOR ORGANIZATION

MICRO-OPERATIONS PART 2 || ARITHMETIC || LOGIC || SHIFT MICRO OPERATIONS ||

MICRO-OPERATIONS PART 2 || ARITHMETIC || LOGIC || SHIFT MICRO OPERATIONS ||

MICRO-OPERATIONS PART -1|| INTER REGISTER TRANSFER OPERATION

MICRO-OPERATIONS PART -1|| INTER REGISTER TRANSFER OPERATION

RGISTER TRANSFER LOGIC- INTRODUCTION

RGISTER TRANSFER LOGIC- INTRODUCTION

MULTIPLE BUS ORGANIZATION

MULTIPLE BUS ORGANIZATION

EXECUTION OF BRANCH INSTRUCTIONS

EXECUTION OF BRANCH INSTRUCTIONS

EXECUTION OF A COMPLETE INSTRUCTION

EXECUTION OF A COMPLETE INSTRUCTION

BASIC PROCESSING UNITS-PART2 || FETCHING A WORD FROM MEMORY || STORING INTO THE MEMORY || ADDITION

BASIC PROCESSING UNITS-PART2 || FETCHING A WORD FROM MEMORY || STORING INTO THE MEMORY || ADDITION

BASIC PROCESSING UNITS PART1 || SINGLE BUS PROCESSOR ORGANIZATION || REGISTER TRANSFER || ARITHMETIC

BASIC PROCESSING UNITS PART1 || SINGLE BUS PROCESSOR ORGANIZATION || REGISTER TRANSFER || ARITHMETIC

ADDRESSING MODES -PART 2 || KTU || COMPUTER ORGANIZATION & ARCHITECTURE || MODULE 1

ADDRESSING MODES -PART 2 || KTU || COMPUTER ORGANIZATION & ARCHITECTURE || MODULE 1

ADDRESSING MODES - PART 1 || KTU || COMPUTER ORGANIZATION & ARCHITECTURE || MODULE 1

ADDRESSING MODES - PART 1 || KTU || COMPUTER ORGANIZATION & ARCHITECTURE || MODULE 1

INSTRUCTIONS & INSTRUCTION SEQUENCING- PART 3 || BRANCHING & CONDITIONAL CODE FLAGS

INSTRUCTIONS & INSTRUCTION SEQUENCING- PART 3 || BRANCHING & CONDITIONAL CODE FLAGS

INSTRUCTIONS & INSTRUCTION SEQUENCING- PART 2 || INSTRUCTION EXECUTION & STRAIGHT LINE SEQUENCING

INSTRUCTIONS & INSTRUCTION SEQUENCING- PART 2 || INSTRUCTION EXECUTION & STRAIGHT LINE SEQUENCING

INSTRUCTIONS & INSTRUCTION SEQUENCING || PART-1 || TYPES OF INSTRUCTIONS

INSTRUCTIONS & INSTRUCTION SEQUENCING || PART-1 || TYPES OF INSTRUCTIONS

MEMORY OPERATIONS

MEMORY OPERATIONS

Algorithm for the Addition & Subtraction of Binary Numbers in 2's Complement Representation

Algorithm for the Addition & Subtraction of Binary Numbers in 2's Complement Representation

Representation of Signed Numbers

Representation of Signed Numbers

BIDIRECTIONAL SHIFT REGISTER with PARALLEL LOAD

BIDIRECTIONAL SHIFT REGISTER with PARALLEL LOAD

SISO Shift Registers

SISO Shift Registers

Introduction to Shift Registers

Introduction to Shift Registers

Synchronous BCD Counter using T Flip-Flop | Logic Circuit Design | KTU | MALAYALAM

Synchronous BCD Counter using T Flip-Flop | Logic Circuit Design | KTU | MALAYALAM

3-Bit Synchronous UP-DOWN Counter using T Flip-Flop| LCD | Logic System Design | KTU | MALAYALAM

3-Bit Synchronous UP-DOWN Counter using T Flip-Flop| LCD | Logic System Design | KTU | MALAYALAM

Synchronous Counters | Logic Circuit Design | Logic System Design | KTU Syllabus | in MALAYALAM

Synchronous Counters | Logic Circuit Design | Logic System Design | KTU Syllabus | in MALAYALAM

BCD Ripple Counter | Mod-10 Counter | Asynchronous BCD Counter | Decade Counter

BCD Ripple Counter | Mod-10 Counter | Asynchronous BCD Counter | Decade Counter

3 Bit Binary Asynchronous Up Counter | Mod 8 Counter | 3 Bit Ripple Counter | Timing Diagram

3 Bit Binary Asynchronous Up Counter | Mod 8 Counter | 3 Bit Ripple Counter | Timing Diagram

Introduction to Counters | Different types of Counters | Asynchronous and Synchronous counters

Introduction to Counters | Different types of Counters | Asynchronous and Synchronous counters

Register with Parallel Load | KTU | Logic System Design | KTU Syllabus | in MALAYALAM

Register with Parallel Load | KTU | Logic System Design | KTU Syllabus | in MALAYALAM

Excitation Tables | SR FF | D FF | JK FF | T FF | KTU | in MALAYALAM

Excitation Tables | SR FF | D FF | JK FF | T FF | KTU | in MALAYALAM

T flip flop | Toggle Flip-Flop | Logic System Design | KTU Syllabus | in MALAYALAM

T flip flop | Toggle Flip-Flop | Logic System Design | KTU Syllabus | in MALAYALAM

JK FLIP FLOP | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

JK FLIP FLOP | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

Comparison between Latches & Flip-Flops | Difference between Latches and flip-flops

Comparison between Latches & Flip-Flops | Difference between Latches and flip-flops

D Flip-flop | D-type Flip Flop | Delay Flip-flop | Logic Circuit/System Design | KTU | in Malayalam

D Flip-flop | D-type Flip Flop | Delay Flip-flop | Logic Circuit/System Design | KTU | in Malayalam

CLOCKED RS FLIP-FLOP | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

CLOCKED RS FLIP-FLOP | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

Introduction to the FLIP-FLOPS

Introduction to the FLIP-FLOPS

SR Latch | NOR and NAND SR Latch | in MALAYALAM

SR Latch | NOR and NAND SR Latch | in MALAYALAM

SEQUENTIAL CIRCUITS | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

SEQUENTIAL CIRCUITS | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

BCD to DECIMAL DECODER | KTU Syllabus| in MALAYALAM

BCD to DECIMAL DECODER | KTU Syllabus| in MALAYALAM

IMPLEMENTATION of BOOLEAN FUNTIONS using MULTIPLEXER | KTU SYLLUBUS | in MALAYALAM

IMPLEMENTATION of BOOLEAN FUNTIONS using MULTIPLEXER | KTU SYLLUBUS | in MALAYALAM

Implementation of 8x1 Multiplexer using 4x1 multiplexer

Implementation of 8x1 Multiplexer using 4x1 multiplexer

MULTIPLEXERS | MUX | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

MULTIPLEXERS | MUX | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

IMPLIMENTATION of COMBINATIONAL CIRCUITS USING DECODER | Logic Circuit/System Design | in MALAYALAM

IMPLIMENTATION of COMBINATIONAL CIRCUITS USING DECODER | Logic Circuit/System Design | in MALAYALAM

Application of Encoders & Decoders

Application of Encoders & Decoders

ENCODERS | KTU SYLLUBUS | in MALAYALAM

ENCODERS | KTU SYLLUBUS | in MALAYALAM

OCTAL to BINARY ENCODER

OCTAL to BINARY ENCODER

DECODER as a DEMULTIPLEXER | Logic System Design | KTU | LSD | LCD | STLD | S3 CSE | S3 ECE

DECODER as a DEMULTIPLEXER | Logic System Design | KTU | LSD | LCD | STLD | S3 CSE | S3 ECE

4x16 DECODER by using 3x8 DECODERS

4x16 DECODER by using 3x8 DECODERS

DEMULTIPLEXER | Logic System Design | KTU Syllabus | Lectures in MALAYALAM

DEMULTIPLEXER | Logic System Design | KTU Syllabus | Lectures in MALAYALAM

DECODER | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

DECODER | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

MAGNITUDE COMPARATOR

MAGNITUDE COMPARATOR

BINARY TO GRAY CONVERTER | in Malayalam

BINARY TO GRAY CONVERTER | in Malayalam

BCD to EXCESS-3 CODE CONVERTER

BCD to EXCESS-3 CODE CONVERTER

EXCESS 3 CODE | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

EXCESS 3 CODE | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

BCD ADDER | Logic Circuit Design | Logic System Design | Digital Logic | KTU SYLLUBUS| in Malayalam

BCD ADDER | Logic Circuit Design | Logic System Design | Digital Logic | KTU SYLLUBUS| in Malayalam

Carry Look-ahead Adder | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

Carry Look-ahead Adder | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

BINARY PARALLEL SUBTRACTOR | in MALAYALAM

BINARY PARALLEL SUBTRACTOR | in MALAYALAM

' N-bit Binary Parallel Adder ' using parallel adder ICs

' N-bit Binary Parallel Adder ' using parallel adder ICs

Binary Parallel Adder | in MALAYALAM

Binary Parallel Adder | in MALAYALAM

How to determine "Essential Prime Implicants" from Prime Implicant Chart | in MALAYALAM

How to determine "Essential Prime Implicants" from Prime Implicant Chart | in MALAYALAM

FULL SUBTRACTOR | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

FULL SUBTRACTOR | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

HALF SUBTRACTOR | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

HALF SUBTRACTOR | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

FULL ADDER | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

FULL ADDER | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

HALF ADDER | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

HALF ADDER | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

Combinational Circuits - Designing Steps | Logic Circuit/System Design | KTU | in MALAYALAM

Combinational Circuits - Designing Steps | Logic Circuit/System Design | KTU | in MALAYALAM

Difference between Combinational & Sequential Circuits

Difference between Combinational & Sequential Circuits

UNIVERSAL GATES | NAND & NOR | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

UNIVERSAL GATES | NAND & NOR | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

QUINMCCLUSKY METHOD | Quine-McClukey method |Logic Circuit Design|Logic System Design | in MALAYALAM

QUINMCCLUSKY METHOD | Quine-McClukey method |Logic Circuit Design|Logic System Design | in MALAYALAM

K'MAP with Don't Care Conditions | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

K'MAP with Don't Care Conditions | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

POS Simplification using K Map | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

POS Simplification using K Map | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

K' Map (Karnaugh Map) Part 4/4 | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

K' Map (Karnaugh Map) Part 4/4 | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

K' Map (Karnaugh Map) Part-2/4

K' Map (Karnaugh Map) Part-2/4

K' Map (Karnaugh Map) Part3/4

K' Map (Karnaugh Map) Part3/4

K' Map (Karnaugh Map)- Part1/4 | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

K' Map (Karnaugh Map)- Part1/4 | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

CONVERSION OF A STANDARD POS INTO CANONICAL POS EXPRESSION | Logic System Design | in MALAYALAM

CONVERSION OF A STANDARD POS INTO CANONICAL POS EXPRESSION | Logic System Design | in MALAYALAM

CONVERSION OF A STANDARD SOP INTO CANONICAL FORM

CONVERSION OF A STANDARD SOP INTO CANONICAL FORM

STANDARD FORM OF SOP & POS EXPRESSIONS

STANDARD FORM OF SOP & POS EXPRESSIONS

Canonical SOP & POS Expressions | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

Canonical SOP & POS Expressions | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

MINTERMS & MAXTERMS | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

MINTERMS & MAXTERMS | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

Boolean Algebra -Boolean Laws

Boolean Algebra -Boolean Laws

LOGIC GATES | Logic Circuit Design | Logic System Design | KTU | LCD | LSD | in MALAYALAM

LOGIC GATES | Logic Circuit Design | Logic System Design | KTU | LCD | LSD | in MALAYALAM

Simplifications in Boolean Algebra- Examples |Logic Circuit Design|Logic System Design| in MALAYALAM

Simplifications in Boolean Algebra- Examples |Logic Circuit Design|Logic System Design| in MALAYALAM

TRANSPOSITION THEOREM

TRANSPOSITION THEOREM

CONSENSUS THEOREM | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

CONSENSUS THEOREM | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

DUALITY THEOREM | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

DUALITY THEOREM | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

Simplification using DeMorgan's Theorem

Simplification using DeMorgan's Theorem

DeMorgan's Theorem | Statements | Equations | Proofs

DeMorgan's Theorem | Statements | Equations | Proofs

Error Detection Codes | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM

Error Detection Codes | Logic Circuit Design | Logic System Design | KTU | in MALAYALAM