KTU Learn
KTU Learn
KTU S4 CSE
COA
All Videos are available
Module 1
Introduction to ARM Processor
Single Bus Structure
Addition and Subtraction ( Binary Arithmetic ) - Part 1
Addition and Subtraction ( Binary Arithmetic ) - Part 2
Multiplication ( Binary Arithmetic ) - Part 1
Multiplication ( Binary Arithmetic ) - Part 2
Boothâ€™s Algorithm | Multiplication ( Binary Arithmetic ) - Part 3
Division ( Binary Arithmetic ) - Part 1
Division ( Binary Arithmetic ) - Part 2
algorithms for floating point addition,subtraction
Module 2
processor organization
control sequence to execute a complete intruction
Bus Structures
Control Signals - Introduction
Division ( Binary Arithmetic )
Multiplication ( Binary Arithmetic ) 1
Multiplication ( Binary Arithmetic ) 2
Booth's Algorithm | Multiplication ( Binary Arithmetic )
Array multiplier
algorithms for floating point division
algorithms for floating point multiplication
Module 3
memory mapped i/o
Interrupts
DMA
bus architecture in computer organization
I/O interface
io interface with PCI |USB | SCSI
Module 4
memory organization in computer architecture
Semi Conductor Memories
RAM (Volatile)
Difference Between SRAM & DRAM
Number Of Memory ICs Required To Construct A Memory
MEMORY SYSTEM CONSIDERATION
ROM (Non Volatile)
Cache memory mapping functions
Cache Memory Direct Mapping
Cache Mapping Fully Associative Mapping
Cache Mapping Set Associative Mapping
Module 5
Register Transfer Level design part 1
Register Transfer Language
Arithmetic micro operations 1
Arithmetic Microoperation 2
Logic Microoperations 1
Logic Microoperations 2
Shift microoperations 1
Shift microoperations 2
Arithmetic Logic Shift Unit Design
4 Bit Arithmetic Logic Shift Unit 1
4 Bit Arithmetic Logic Shift Unit 2
Design of accumulator
accumulator design in computer architecture
Design of Accumulator Logic
Module 6
microprogrammed control unit 1
microprogrammed control unit 2
Hardwired Control Circuit Design
CONTROL OF PROCESSOR UNIT
PLA control
Micro Instruction Formats horizondal vertical
Micro program sequencer
micro programmed CPU organization.
DIFFERENCES BETWEEN HARDWIRED CONTROL UNIT AND MICROPROGRAMMED CONTROL UNIT
OODP
All Videos are available
Module 1
Object oriented concepts
System development life cycle
Unified Modeling Language
Uml Class Diagram
Use Case Diagram
Java Virtual Machine
Data types
Operators
Control Statements 1
Control Statements 2
Introduction to Java Programming
Module 2
Classes fundamentals, objects
methods
constructors
parameter passing
overloading
access control keywords
Module 3
Inheritance basics
Method Overriding
Abstract Classes
Interface
Defining and importing packages
Exception handling
Multiple catch and nested try statements 1
Multiple catch and nested try statements 2
Module 4
I/O files
I/O streams 1
I/O streams 2
Reading console input
Use of thread class and runnable interface
Thread synchronization
Multithreading and thread model 1
Multithreading and thread model 2
Multithreading and thread model 3
Module 5
coming soon
Module 6
Introduction to AWT - working with frames
Graphics
Color and font
AWT control fundamentals :1
AWT control fundamentals :2
AWT control fundamentals :3
JDBC Overview
Creating and executing queries
PDD
All Videos are available
Module 1
dbms 1
dbms 2
data models
database languages
database administrator
database users
three schema architecture
database architecture
entity relationship model 1
entity relationship model 2
entity relationship model 3
entity relationship model 4
Module 2
relational model
er to relational schema
database languages
Module 3
sql
set operation
aggregate function
nested sub queries
view
assertion
trigger 1
trigger 2
Module 4
rdbms
anomalies and normalization
FD
armstrong's axioms
closures
equivalence of FD
minimal cover
1nf
2nf
3nf
bcnf
lossless and dependency preserving decompositions
Module 5
physical data organiztion
indexing and B+tree
heuristics query optimization
Module 6
transaction
concurrency , conflicts of serializabity of transaction
acid properties 1
acid properties 2
2 phase locking
types of faliure
storage structure
stable storage
deferred database modification ,log based recovery -
check pointing
recovery with concurrent transaction
semantic web and rdf
biological database
GIS
big data
OS
All Videos are available
Module 1
introduction
OS System Services
Single,Multi Processor &Clustered system
Single,Multi Processor &Clustered system(Advantages)
OS User Interfaces
System Calls
OS Implementation
OS System Architecture
Structures of OS(layered,monolithic...
System boot
Module 2
Process state
Process Control Block
Threads
MultiThread
Scheduling
Context switch
Process Creation
Process Termination
Shared memory system
Interprocess Communication
Message passing-Part -1
Message passing-Part -2
Message passing-Part -3
Module 3
Introduction
Critical section problem
Peterson's Solution -Part 1
Peterson's Solution -Part 2
Test and Set
Semaphores 1
Semaphores 2
Binary Semaphore
Counting Semaphore
Monitors
Producer Consumer problem
Dining Philosopher problem
Reader writer problem
Module 4
Introduction to CPU scheduling
Burst cycles
Preemptive and Non-Preemptive
Scheduling Criteria
FCFS Scheduling
FCFS Scheduling Problems 1
FCFS Scheduling Problems 2
SJF Scheduling
SJF Scheduling Problems 1
SJF Scheduling Problems 2
Priority Scheduling
Priority Scheduling Problems 1
Priority Scheduling Problems 2
Round Robin Scheduling
Round Robin Scheduling Problems 1
Round Robin Scheduling Problems 2
Multilevel queue scheduling
Multilevel Feedback queue scheduling
Deadlocks
Resource allocation graph
Deadlock Handling 1
Deadlock Handling 2
Deadlock Handling 3
Deadlock Recovery
Module 5
Introduction
Memory Management Unit
Partitioned Memory Management
Segmented memory Management
Page Management 1
Page Management 2
Page Management 3
Virtual memory 1
Virtual memory 2
Virtual memory 3
Virtual memory 4
Module 6
introduction
Disk Scheduling
File Structure
File allocation &management
File Concept
File Attributes
File Operation
Directory structure
Types of directory
Different directory structures -tree
Different directory structures -acrylic graph
File system mounting
Protection&security Introduction
Protection
Protetcion Goals
MATHEMATICS
All Videos are available
Module 1
Discrete random variables, Probability distribution function,cumulative distribution function,Mean and variance of discrete probability distribution
Binomial Distribution-Mean and variancePoisson Approximation to the binomial distribution,Poisson distribution- Mean and Variance
Module 2
Continous random variable, Probability density function, Cumulative density function,Mean and variance.
Normal Distribution-Mean and Variance
Uniform Distribution- Mean and variance
Exponential Distribution-Mean and Variance
Module 3
Fourier Integrals-Fourier integral theorm part1
Fourier Integrals-Fourier integral theorm part2
Fourier Integrals-Fourier integral theorm
Fourier transforms and inverse transforms
Fourier sine&cosine Transforms, inverse transform
Important problems
Module 4
laplace transform 1
laplace transform 2
laplace transform 3
laplace transform 4
laplace transform 5
laplace transform 6
Module 5
Newton raphson method
interpolation of unequal interval lagranger's interpolation formula
Newton forward difference formula
Newton backward difference formula
Module 6
Gauss elimination
Gauss seidal method
Trapezoidal rule
Simpson 1/3rd rule
Euler method
Runge-kutta method(4th order)
LIFE SKILLS
Videos Will be Coming Soon
Module 1
Module 2
Module 3
Module 4
Module 5
Module 6
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