- Bubble sort
- Insertion Sort - Example
- Insertion Sort - Pseudocode and Time Complexity Analysis
- Merge Sort - Example (Divide and Conquer Method)
- Merge Sort - Pseudocode and Time Complexity Analysis
- Quick Sort - Example (Divide and Conquer Method)
- Quick Sort - Pseudocode and Time Complexity Analysis
What you'll learn
- Students learn different algorithmic paradigms to solve the problem.
- Students learn various sorting techniques, from basic comparison-based methods to advanced divide-and-conquer approaches.
- Understanding time complexities helps in evaluating and selecting appropriate sorting algorithms.
- Students will gain practical experience in implementing sorting algorithms.
- Dive into sorting algorithms including merge sort and quick sort and learning their implementation.
Description
"Deep Dive into Sorting Algorithms" offers a comprehensive exploration of sorting techniques, focusing on theoretical understanding, implementation, and algorithmic analysis. This course provides a structured journey through the landscape of sorting algorithms, catering to both beginners and those seeking to deepen their knowledge.
The curriculum begins with an examination of fundamental sorting algorithms like Bubble Sort, Insertion Sort, Quick Sort and Merge Sort. Students will dissect these algorithms, studying their mechanics and analyzing their time complexities. Building on this foundation, the course progresses to more advanced techniques, including Divide and Conquer algorithms such as Merge Sort and Quick Sort. Through detailed explanations and algorithmic analysis, students will gain insight into the efficiency and trade-offs of these methods.
Throughout the course, emphasis is placed on understanding algorithmic principles rather than practical applications. Real-world scenarios are referenced to illustrate the relevance of sorting algorithms in various contexts.
By the end of the course, students will possess a deep understanding of sorting algorithms, enabling them to select and implement appropriate algorithms for different scenarios. They will be equipped with the analytical tools necessary to evaluate algorithm performance and make informed algorithmic choices.
The course primarily focuses on equipping students with a deep understanding of sorting algorithms.
Other Courses
Automation using Python: Automated birthday messenger
Birthday messenger using Instagram
7 Ways the Most Successful People Think Differently Each Day
Being Successful is a Choice and Successful Mindset is a Learnable Skill. Learn Ways the Most Successful People Think.
ENGLISH GRAMMAR : conjugation of tenses tenses
Be an expert in the English grammar tenses.
Create Your Own Outsourced Accounting Firm
Escape corporate America, travel the world, and build your own outsourced accounting firm
About the instructors
- 5 Calificación
- 588 Estudiantes
- 2 Cursos
Dr. P. Saranya Suresh
Associate Professor, SRM Institute of Science and Technology
Dr. P. Saranya is an Associate Professor at SRM Institute of Science and Technology. With a Ph.D. in Computer Science, her research focuses on Medical Image Processing and Deep learning. She is also interested in advanced topics in algorithms, data structures, and formal language automata. Driven by a passion for education, she dedicates herself to mentoring students and advancing knowledge in her field.