ALGO_OS v1.0
DIRECTORY: /MODULES
  • > Algorithm Analysis & Recurrences
    • - Part A: High Frequency Definitions (Module 1 Focus)
    • - Part B: Core Topics
    • - Recursion Solving (Master’s & Recursion Tree)
    • - Asymptotic Notations (Big O, Omega, Theta)
    • - Algorithm Analysis (Linear/Binary/Insertion Sort)
  • > Advanced Data Structures & Graph Algorithms
    • - Graph Traversals (BFS / DFS)
    • - AVL Trees Construction
    • - Disjoint Sets & Strongly Connected Components
    • - Topological Sort
  • > Greedy Strategy & Divide and Conquer
    • - Part A: High Frequency Definitions (Module 3 Focus)
    • - Part B: Core Topics
    • - Greedy: Fractional Knapsack
    • - Greedy: Minimum Spanning Tree (Kruskal’s)
    • - Greedy: Single Source Shortest Path (Dijkstra’s)
    • - Divide and Conquer: Merge Sort
  • > Dynamic Programming, Backtracking and Branch & Bound
    • - Dynamic Programming: Matrix Chain Multiplication
    • - Dynamic Programming: Floyd-Warshall (All Pairs)
    • - Backtracking / Branch & Bound: TSP and N-Queens
  • > Complexity Theory & Randomized Algorithms
    • - Part A: High Frequency Definitions (Module 5 Focus)
    • - Part B: Core Topics
    • - Randomized Algorithms: Quick Sort
    • - Approximation Algorithms: Bin Packing
    • - NP Completeness Proofs (Clique)
    • - NP Completeness Proofs (Vertex Cover)
SYSTEM_INDEX

DIRECTORY / ALL_TOPICS

> M1: Algorithm Analysis & Recurrences
  • - Part A: High Frequency Definitions (Module 1 Focus)
  • - Part B: Core Topics
  • - Recursion Solving (Master’s & Recursion Tree)
  • - Asymptotic Notations (Big O, Omega, Theta)
  • - Algorithm Analysis (Linear/Binary/Insertion Sort)
> M2: Advanced Data Structures & Graph Algorithms
  • - Graph Traversals (BFS / DFS)
  • - AVL Trees Construction
  • - Disjoint Sets & Strongly Connected Components
  • - Topological Sort
> M3: Greedy Strategy & Divide and Conquer
  • - Part A: High Frequency Definitions (Module 3 Focus)
  • - Part B: Core Topics
  • - Greedy: Fractional Knapsack
  • - Greedy: Minimum Spanning Tree (Kruskal’s)
  • - Greedy: Single Source Shortest Path (Dijkstra’s)
  • - Divide and Conquer: Merge Sort
> M4: Dynamic Programming, Backtracking and Branch & Bound
  • - Dynamic Programming: Matrix Chain Multiplication
  • - Dynamic Programming: Floyd-Warshall (All Pairs)
  • - Backtracking / Branch & Bound: TSP and N-Queens
> M5: Complexity Theory & Randomized Algorithms
  • - Part A: High Frequency Definitions (Module 5 Focus)
  • - Part B: Core Topics
  • - Randomized Algorithms: Quick Sort
  • - Approximation Algorithms: Bin Packing
  • - NP Completeness Proofs (Clique)
  • - NP Completeness Proofs (Vertex Cover)
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