Data Structures Using C

Data Structures is part of electrical engineering & computer science courses. The topic is covered in various software programming courses as well. The App covers over 140 topics of Data Structures Using C. The topics are divided in 3 units and multiple subtopics.

Beginning to learn Data Structure Using C, well here is the App to begin with. The App lists down all the topics on the Data Structure Using C for Quick learning of the subject.

This helps in quick browsing and faster learning of the subject. This is even better at the time of quick revisions before the exams, interviews or even when you need a quick reference book.

The topics are complete with diagrams, equations and other forms of graphical representations for faster understanding of the subject.

Some of topics Covered in this application are:

1) Introduction to Data Structures

2) Types of data structures

3) Primitive and Non-primitive Data Structures

4) Binary and Decimal Integers

5) Algorithm

6) Time and Space Complexity

7) Logical Information

8) Storage of Information

9) Hardware and Software

10) Concept of DataTypes

11) Abstract data type

12) Pointers

13) Structures in C

14) Union

15) Algorithm

16) Data Types

17) Data Types in C

18) Integer data types

19) Overflow in char and unsigned char data types

20) The Char Type

21) Floating-point numbers

22) Type conversion

23) Forced conversion

24) Type casting

25) Assignment operator

26) Arithmetic operators

27) Relational operators

28) Logical Operators

29) Ternary operators

30) Increment Operator

31) Comma operator

32) Bitwise operators

33) Operator precedence

34) Control Structures

35) if statement

36) if-else if

37) The switch statement

38) The while loop

39) The do-while loop

40) The for loop

41) The break statement

42) The continue statement

43) The printf Function

44) Placeholders

45) Address

46) Pointers

47) The scanf function

48) The scanf placeholder

49) Preprocessor

50) Macros

51) Macro and Function

52) Arrays in c

53) Address of each element in an array

54) Access an array element by using a pointer

55) Two dimensional arrays

56) Three-dimensional arrays

57) Arrays

58) Application of arrays

59) Merging of two sorted lists

60) Transpose of a matrix

61) Saddle point of a matrix

62) Implementation of Heap

63) Bubble sorting

64) Quick sort

65) Merge Sort

66) Heapsort

67) Searching Techniques

68) Binary search

69) Hashing

70) Hash function

71) Stack

72) Implementation of a Stack Using Linked Representation

73) Applications of the stack

74) Queue

75) Implementation of Queues

76) Circular queue

77) Implementation of a queue using the linked representation

78) Application of the queue

79) Linked Lists

80) Inserting a node in linked list

81) Sorting a linked list

82) Deleting a specified node in a singly linked list

83) Insert a new node after the specified node in a linked list

84) Counting the number of nodes of a singly linked list

85) Merging of two sorted lists

86) Erasing a linked list

87) Polynomial representation

88) Representation of sparse matrix

89) Splitting a circular list with 2n nodes into two equal circular lists

90) Merging of two circular lists

91) Reverse the direction of links in the circular list

92) Doubly linked list

93) Insert a node in a doubly linked list

94) Delete a node from a doubly linked list

95) Application of dobly linked list to memory management

96) Trees

97) Binary Tree

98) Representation of a Binary Tree

99) Binary Tree Traversal

100) Binary search tree

The App is must have App for all engineering, IT (Information technology), Computers Science Engineering, Software students across the world.

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