Weekly outline

  • 7 January - 13 January

    • Introduction, Running time

  • 14 January - 20 January

  • 21 January - 27 January

    • ADT Stacks, Array and Singly Linked List Implementation of Stacks , 

       Infix to Postfix Conversion and Postfix Expression Evaluation

    • Filelab2 File
    • FileAssignment1 File

  • 28 January - 3 February

    •   ADT Queue, Array  and Singly Linked list implementation  of Queue,

      Double Ended Queues, Implementing a Stack, Queue and Deque  with Doubly Linked List

    • Filelab3 File

  • 4 February - 10 February

    • Tree ADT, Depth and Height Algorithms, Binary trees,

      Inorder, preorder and postorder traversals,

      Threaded Binary Trees, 

    • Filelab4 File

  • 11 February - 17 February

    • First In-Sem Exam

      Binary Search Trees ant its operations

  • 18 February - 24 February

    • Priority Queues and it Implementations using Heap, Heap sort

      AVL Trees

    • Filelab5 File

  • 25 February - 2 March

  • 3 March - 9 March

    • Red-Black Trees,

      Hashing, Hash functions, Separate Chaining

    • Filelab6 File

  • 10 March - 16 March

    • Universal Hashing, Open Addressing(Linear Probing, Quadratic Probing, Double Hashing)

      Skip Lists

      Merge sort

    • FileAssignment3 File

  • 17 March - 23 March

    • semester break

  • 24 March - 30 March

    • Quick sort

      Second In-Sem Exam

  • 31 March - 6 April

    • Lower Bound for comparision based sorting,

      Radix sort

      Dynamic Programming, The Travelling Salesperson problem

      Greedy Algorithms, Fractional Knapsack Problem

    • FileLab 7 File

  • 7 April - 13 April

    • Breadth First Search

      Depth First Search

      Kruskal's Algorithm for Minimum Spanning Tree (Greedy Algorithm)

    • Filelab8 File

  • 14 April - 20 April

    • Filelab9 File

    • Dijkstra's Algorithm for shortest path(Greedy Algorithm)

      Branch and Bound Algorithm

      NP-Completeness

  • 21 April - 27 April