In this tutorial you will learn about the Difference Between Linear vs Non-Linear Data Structure and its application with practical example.
Linear Vs Non-Linear Data Structure
Data structure is a way of storing or organizing of data in which the data items can be stored or organized in a definite manner in computer system , which can easily be used in an authentic manner at the time of execution or access , here data and files are organized step by step.
What Is Linear Data Structure?
In this type of data structures , the data items or data material are stored in vertically or line wise manner, in this type of data structure the data are connected to one another in linear manner , for example : linked list , queue , stack and array.
What Is Non-Linear Data Structure?
In this type of data structures , the data items or data material are stored in non- mannered or unorganized pattern, in this type of data structure the data or data items are connected to any another data item in non linear manner , for example : Trees and graphs.
Difference Between Linear vs Non-Linear Data Structure
LINEAR DATA STRUCTURE | NON-LINEAR DATA STRUCTURE |
Here the elements are attached sequentially or in linear manner. | Here the elements are managed hierarchically or non-linear manner. |
Each data and data items are so connected to each other in linear data structure. | Due to non sequential presence the data item and data are not connected to each other which cause multiple runs for the program. |
Easy implementation of data is possible in this data structure. | Difficult and complexity of data are present in this data structure |
Arrays, linked list, stack, are the types of a linear data structure. | Trees and graphs are the types of a non-linear data structure. |
Memory consumption and utilization is lengthy. | Memory is utilized in a very efficient manner due to free data selection. |
Linear data structures are mainly used for developing the software | Non-linear data structures are used in image processing and Artificial Intelligence |