Course Curriculum
- Spanning Trees Introduction.
- Spanning Trees Properties Continuation.
- Minimum Spanning Trees Definition and Algorithms Introduction
- Krushkal’s Algorithm for finding Minimum Spanning Trees.
- Krushkal’s Algorithm for finding Minimum Spanning Trees Continuation
- Krushkal’s Algorithm for finding Minimum Spanning Trees – Time Complexity.
- Prim’s Algorithm for finding Minimum Spanning Tree and Time Complexity.
- 1. Bubble Sort : Understanding Example
- 1. Bubble Sort : Time Complexity
- 1. Bubble Sort : Algorithm
- 1. Bubble Sort : Reducing Time Complexity
- Code : Bubble Sort
- 2. Insertion Sort : Understanding Example
- 2. Insertion Sort : Algorithm
- 2. Insertion Sort : Time Complexity
- Code : Insertion Sort
- 3. Selection Sort : Understanding Example
- 3. Selection Sort : Algorithm
- 3. Selection Sort : Time Complexity
- Code
- Heap Sort : Understanding with Example
- Heap Sort : Time Complexity
- Job Sequencing Problem : Theory
- Job Sequencing Problem : Example 1
- Job Sequencing Problem : Example 2
- Knapsack Problem : Theory
- Knapsack Problem : Example – Greedy about Weight, Profit and Unit Cost.
- Optimal Merge Pattern : Theory
- Optimal Merge Pattern : Example
- Dynamic Programming : Introduction
- Multistage Graph
- Travelling Salesperson Problem Cop
- All Pairs Shortest Path Problem
Aymptotic Notations
Time Complexity
Master Theorem
Spanning Trees
Sorting Algorithms
Searching Algorithms
Matrix Chain Multiplication
Greedy Method
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- 59 Lectures
- 0 Quizzes
- Duration 25 hours
- Skill level All levels
- English Language
- 1 Students