Scheme and Syllabus Data Structure Lab CSL 201

 

Scheme and Syllabus

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Data Structure Lab CSL 201 Manual KTU - Dr Binu V P-9847390760

 Dr Binu V P - About Me Data Structures CST 201 KTU Theory Notes  ( Learn Theory Before You Attempt Lab Exercise) SCHEME AND SYLLABUS 1. Polynomial Addition using Arrays 2. Sparse Matrix Representation and sum 3. Stack using Array 4. Queue using Array 5. Circular Queue using Arrays 6. Double Ended Queue  7. Priority Queue  8. Infix to postfix 9. Infix to prefix conversion 10. Prefix to infix conversion 11. Evaluation of postfix expression 12. Singly Linked List 13. Doubly Linked List   14. Stack using Linked List 15. Queue using Linked List 16. Polynomial Addition using Linked list 17. Polynomial Multiplication using Linked List 18. Binary Tree using arrays and traversals 19. Binary Tree using Linked List and Traversal 20. Binary Search Tree Implementation and Traversal 21.Sorting Algorithms       Bubble sort       Exchange sort       Selection Sort       Insertion Sort       Quick Sort       Merge Sort       Heap Sort 22.Searching Algorithm      Linear Search      Binary Search 23. Gr
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Lab Assignments

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Course code: CSL 201 Course Name: Data Structures Lab Faculty In Charge: Dr Binu V P L-T-P-Credits 0-0-3-2 Pre-requisite: CST 201 Data Structures, EST 102 C programming skills. Operating System to Use in Lab : Linux Compiler/Software to Use in Lab : gcc Programming Language to Use in Lab : Ansi C Preamble: The aim of the Course is to give hands-on experience for Learners on creating and using different Data Structures. Data Structures are used to process data and arrange data in different formats for many applications. The most commonly performed operations on data structures are traversing, searching, inserting, deleting and few special operations like merging and sorting. /**********************************************************************************/ Lab Cycle-1 Learning Outcome: Learn to use arrays and develop application programs. (Show the output after completing all the programs. Evaluation is done based on this) Write C programs to do the following: 1) Write a functi
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Sparse Matrix -Representation,Addition ,Transpose

Sparse Matrix /*******************************************************************************/  #include<stdio.h> void read_sparsemat(int mat_normal[100][100],int r,int c) {     int i=0,j=0;     for(i=0;i<r;i++)     {         for(j=0;j<c;j++)         {             scanf("%d",&mat_normal[i][j]);         }     } } void print_sparsemat(int mat_normal[100][100],int r,int c) {     int i=0,j=0;     for(i=0;i<r;i++)     {         printf("\n");         for(j=0;j<c;j++)         {             printf("%d  ",mat_normal[i][j]);         }     } } void print_tuple(int mat_tup[100][3],int tr) {     int i,j;   printf("\nrows--- columns--- values");     for(i=0;i<tr;i++)     {         printf("\n");         for(j=0;j<3;j++)         {             printf("%d\t",mat_tup[i][j]);         }     }           } int conv_tuple(int mat_normal[100][100],int r,int c,int mat_tup[100][3]) {     //sparse  to Tuple Form Conversion  
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