Design and Analysis of Algorithms

Design and Analysis of Algorithms is a fundamental aspect of computer science that involves creating efficient solutions to computational problems and evaluating their performance. DSA focuses on designing algorithms that effectively address specific challenges and analyzing their efficiency in terms of time and space complexity.

• What is algorithm and why analysis of it is important?
• Asymptotic Notation and Analysis (Based on input size) in Complexity Analysis of Algorithms
• Worst, Average and Best Case Analysis of Algorithms
• Types of Asymptotic Notations in Complexity Analysis of Algorithms
• How to Analyse Loops for Complexity Analysis of Algorithms
• How to analyse Complexity of Recurrence Relation
• Introduction to Amortized Analysis

• Analysis of Algorithms | Big-O analysis
• Difference between Big Oh, Big Omega and Big Theta
• Examples of Big-O analysis
• Difference between big O notations and tilde
• Analysis of Algorithms | Big – Ω (Big- Omega) Notation
• Analysis of Algorithms | Big – Θ (Big Theta) Notation

• Types of Complexity Classes | P, NP, CoNP, NP hard and NP complete
• Can Run Time Complexity of a comparison-based sorting algorithm be less than N logN?
• Why does accessing an Array element take O(1) time?
• What is the time efficiency of the push(), pop(), isEmpty() and peek() operations of Stacks?

• Proof that Clique Decision problem is NP-Complete
• Proof that Independent Set in Graph theory is NP Complete
• Prove that a problem consisting of Clique and Independent Set is NP Complete
• Prove that Dense Subgraph is NP Complete by Generalisation
• Prove that Sparse Graph is NP-Complete