Lectures

Digital Image Processing Lectures by Maj Dr. Naveed

Lecture No 1a-Introduction:

Lecture 1a includes:

1- Introduction of Course and Course Contents.

2- Recommended Books for DIP 

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Lecture No 1b-Introduction:

Lecture 1b includes:

1- 1-D Signal

Lecture No 1c-Introduction:

Lecture 1c includes the complete structure of the Human Eye.

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 C++ Lectures

Lecture No 1:

Lecture No 4:

 Loops:

1. Concept of Loops in C++
   
2. Different types of Loops in C++ Programming  (For Loops,While Loops,Do While Loops,Nested Loops...)
3. Uses of Loops in C++ Language
4. Examples of Loops in C++ programming Language  
   

Lecture No 5:

Loops and Type Conversion:

1. More Detail on Loops
2. Concept of Type Conversion in C++
   
3. uses of Type Conversion in C++ Programming
4. Examples of Type Conversion in C++ Language
   

Lecture No 6:

 Functions:

1. Concept of Functions in C++
2. Different types of Functions in C++ Programming
3. Use of Functions in C++ Language                                                                                           
   
4. Passing arguments to Functions
5. Pass by Value and Pass by Reference
6. Examples
   

Lecture No 7:

Arrays:

1. Concept of Arrays in C++
   
2. Use of Arrays in C++ Programming
3. Examples of Arrays in C++ Language
4. Different Types of Arrays (one Dimensional Arrays in C++ Language and Multidimensional Arrays in C++ Language).
5. Examples
   

Lecture No 8:

 Strings:

1. Concept of Strings in C++
2. Use of Strings in C++ Programming
3. Examples of Strings in C++ Language
4. Functions in C++ Strings
   

Lecture No 9:

Structures:

1. Concept of Structures in C++
2. Use of Structures in C++ Programming
3. Examples of Structures  in C++ Language
4. Instance of Structures
5. Uses of Instances 
   

Lecture No 10:

Nested Structures:

1. Concept of Nested Structures in C++
   
2. Use of Nested Structures in C++ Programming
3. Examples of Nested Structures in C++ Language
   

Lecture No 11:

Reference Arguments:

1. what are Reference Arguments in C++ ?
2. Uses of References Arguments in C++ Programming
3. Examples of Reference Arguments in C++ Language
   

Lecture No 12:

Introduction to OOP:

1. Concept of OOP in C++ which stands for Object Oriented Programming in C++ Language
2. Introduction to OOP
   
3. Use of OOP in C++ Programming
4. Examples  illustrating the concept of  OOP in C++ Language
   

Lecture No 13:

 Classes (Part 1):

1. What are Classes in C++
2. Use of Classes in C++ Programming
3. Examples of Classes in C++ Language
   

Lecture No 15:

Inheritance:

1. Concept of Inheritance in C++
   
2. Different types of Inheritance in C++ programming
3. Derived Classes in C++ Language
4. Examples of Inheritance in C++ Language
5. Composition in C++
   
6. Use of Composition in C++ programming
7. Examples of Composition in C++ Language
   

Lecture No 16:

Operator Overloading:

1. What is Overloading ?
2. Concept of Operator Overloading in C++
3. Use of Operator Overloading in C++ Programming
4. Different types of Operator Overloading in C++ Language
5. Examples
   

Lecture No 17:

Inheritance and Polymorphism:

1. Relationship Between Inheritance and Polymorphism in C++
2. Concept of Polymorphism in C++ Programming
3. Use of Polymorphism in C++ Language
4. Examples Illustrating Polymorphism
   

Lecture No 18:

 Filing:

1. Concept of Filing Handling in C++
2. Use of File Handling in C++ Programming
3. Different Types of File handling in C++ Language  (Sequential File Handling in C++ Language and Random File Handling in C++ Language).
4. Examples of File Handling
   

Data Structures and Algorithms

Lecture No 1:

Introduction:

1. Concept of Data Structures in C++
2. Use of Data Structures in C++ Programming
3. Different Types of Data Structures in C++ Language  (Stacks, Queues, Linked List, Doubly Linked Lists, Trees, Graphs, Sorting etc...).
4. What is Abstract Data Typs in C++ Language?
   

 Lecture No 2:

Algorithms:

1. Concept of Algorithms in C++
2. Use of Algorithms in C++ Programming
3. Analysis of Algorithms in C++ Language.
4. Types of Algorithms Analysis
   
5. Big Oh Notation in C++
6. Big Oh Examples
7. Nested Loops Algorithm Analysis in C++ Language
8. Sequential Loops Analysis in C++ Programming

 Lecture No 3:

Stacks:

1. Concept of Stacks in C++
2. Use of Stacks in C++ Programming
3. Types of Stack Implementations in C++ Programming 
4. Operations on Stack
   
5. Source Code of Static Implementation in C++ Language
   
6. Source Code of Dynamic Implementation in C++
7. Stack Applications
8. Concept of Pointers
   

Lecture No 4:

Applications of Stacks:

This Lecture has the Following Contents

1. Usage of Stacks in C++
2. Applications of Stacks in C++ Programming
3. Problem Solving using Stacks in C++ Language 
4. Parenthesis Checking using Stacks
   
5. Algorithm of Brackets Checking  (Source Code is given in Sample Programs Page of the website).
   
6. Infix, Postfix and Prefix Notations
7. Examples of infix, postfix and prefix notations
8. Conversion from infix to postfix notation
9. Algorithm of Conversion  (Source Code is given in Sample Programs Page of the website).
   
10. Evaluation of Postfix Notation
11. Algorithm of Evaluation of Postfix Notation  (Source Code is given in Sample Programs page of the website)
    

Lecture No 5:

Queues:

This Lecture has the Following Contents

1. Concept of Queues in C++
2. Use of Queues in C++ Programming
3. Types of Queues Implementations in C++ Programming 
4. Operations on Queues
   
5. Source Code of Static Implementation in C++ Language
   
6. Source Code of Dynamic Implementation in C++
7. Circular Queues in C++ Programming  (Source Code is given in Sample Programs page of the website)
8. Priority Queues in C++  Programming  (Source Code is given in Sample Programs page of the website)

 Lecture No 6:

Linked Lists:

1. Concept of Linked Lists in C++
2. Use of Linked Lists in C++ Programming
3. Types of Linked Lists in C++ Programming 
4. Operations on Linked Lists
5. Linked Lists versus Arrays
   
6. Algorithm for Implementation of Linked Lists in C++ Language  (Source Code is given in Sample Programs page of the website).

 Lecture No 7:

Doubly Linked Lists:

 This Lecture has the Following Contents

1. Concept of Doubly Linked Lists in C++
2. Use of Doubly Linked Lists in C++ Programming
3. Advantages of Doubly Linked Lists in C++ Programming 
4. Operations on Doubly  Linked Lists
   
5. Algorithm for Implementation of Doubly Linked Lists in C++ Language  (Source Code is given in Sample Programs page of the website).

 Lecture No 8:

Recursion:

1. Concept of Recursion in C++
2. Use of Recursion in C++ Programming
3. Advantages of Recursion in C++ Language
4. Examples of Recursions ( Source Codes are given in Sample Programs page of the website).

Lecture No 9:

Trees:

1. Concept of Trees in C++
2. Use of Trees in C++ Programming
3. Advantages of Trees in C++ Programming 
4. Operations on Trees
5. Trees Terminologies
6. Binary Search Tree in C++ Language
7. Trees Traversal
8. Inoreder Traversal, PreOrder Traversal and Postorder Traversal
   
9. Implementation Code of Trees in C++ Language  
10. Get Parent and Get Minimum Functions (Source Codes are given in Sample Programs page of the website).
    

Lecture No 10:

Sorting:

 This Lecture has the Following Contents

1. Concept of Sorting in C++
2. Use of Sorting in C++ Programming
3. Advantages of Sorting in C++ Language
   
4. Different Types of Sorting
   
5. Selection Sort
   
6. Insertion Sort
   
7. Bubble Sort
   
8. Merge Sort
   
9. Quick Sort
   
10. Heap Sort  (Source Codes is given in Sample Programs page of the website).
11. Shell Sort