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Rajagiri School of Engineering & Technology, Kakkanad

Department of Computer Science and Engineering

Lab Cycle

CSL 201 Operating Systems Lab

Day 1

  1. Write a menu driven C program to implement polynomials using arrays and perform polynomial addition and multiplication.
Day 2
  1. Write a menu driven C program to implement sparse matrices using arrays and perform the following operations a. Sparse Matrix Addition b. Sparse Matrix Transpose

Day 3

  1. Write a menu driven C program to implement stack using one dimensional array. Perform the operations on the stack (i) Push (ii) Pop (iii) Peek (ii) Is empty (iv) Isfull (v) Display.
  2. Write a menu driven C program to covert infix to postfix expression and evaluate it using stack.

Day 4

  1. Write a menu driven C program to implement Queues and Circular Queue using arrays and perform the following operation (i) Insert (ii) Delete (iii) Is empty() (iv) Is full()(v) Display
  2. Write a menu driven C program to implement Priority Queues using arrays.

Day 5

  1. Write a menu driven C program to implement DEQUEUE using arrays and perform the following operations a. Insert from the front b. Insert from rear c. Delete from front d. Delete from rear e. Display

Day 6

  1. Write a menu driven C program to implement various linked list operations. (i) Insertion a. Insert at the beginning b. Insert at the end c. Insert after a specified node (ii) Deletion a. Delete from the beginning b. Delete from the end c. Delete a specified node (iii) Display

Day 7

  1. Write a menu driven C program. to representation polynomials using linked list and perform (i) polynomial addition and (ii) polynomial multiplication.

Day 8

  1. Write a menu driven C program to implement binary trees using linked lists and perform the following operations a. Insert a new node. b. Delete a specified node c. Search a specified node

Day 9

  1. Write a menu driven C program to implement binary trees using arrays and perform the following operations a. Insert a new node. b. Delete a specified node c. Search a specified node

Day 10

  1. Write a menu driven C program to implement a binary search tree using linked list and perform the following operations on it a. Insertion. b. Deletion. c. Traversals. d. Search for a specified node

Day 11

  1. . Write a menu driven C program to implement searching algorithms – a. Linear search b. Binary search.
  2. Write a menu driven C program to implement the following sorting techniques a. Bubble Sort b. Insertion Sort c. Selection Sort

Day 12

  1. Write a menu driven C program to implement (i) Quick sort. (ii) Mergesort

Day 13

  1. Write a C program to implement heap sort

Day 14

  1. Write a menu driven C program to perform the following operations on a directed graph (i) In degree of a particular node (ii) Out degree of a particular node (iii) DFS (iv) BFS (v) Display (using Adjacency List and Adjacency Matrix).

Day 15

  1. Write a menu driven C program to implement hash table and the following collision resolution techniques-(i) Linear Probing (ii) Quadratic Probing (iii) Chaining