Array vs Linked List vs Linear DS
vs Non-Linear DS vs Linear
search vs Binary Search
vs Selection Sort vs Bubble Sort.
Differentiate Between Data Structures Linear components and Non-Linear Components..
Justok! by Amit..... |
So Linear Data structures used to Build Compiler,Operating Systems,Artificial Intelligence,Graphics and many more.Example of Linear DS is..Array,Linked List,Stack,Queue.
Non-Linear Data structures used to Build Searching Algorithms and use for Hashing Techniques.In Real Life Example is Google Map and Video Games.Example of Non-Linear DS is..Tree,Graph.
Serial No. | Linear DS | Non-Linear DS |
---|---|---|
1. | The data structures where item are organized in sequentially or Linearly. | The data structures where items are stored or organized in Hierarchical Manner. |
2. | In linear DS elements are attached adjacently. | In non-linear DS elements are creating a relationship among the data elements. |
3. | Memory Utilization is In Efficient. | Memory utilization is Efficient Manner. |
4. | Linear DS is single level because all data elements attached with each other. | Non-Linear DS is Multi level because all data elements attached with each other in Hierarchical Manner. |
5. | Linear DS is easy to Implement. | Non-Linear DS is difficult to Implement. |
6. | In Linear DS we can traverse all elements in one run. | In Non-Linear DS we cannot traverse all elements in one run we need to repeat same method until elements are found. |
7. | Example of Linear DS is..Array,Linked List,Stack,Queue. | Example of Non-Linear DS is..Tree,Graph. |
Also Read..Java OOPS concepts in easy Language with code
Array is a set of Similar data type.when we need store 50 students with same department then we use Array.Linked List is a set of finite nodes.In which each elements have 2 parts name info part and link part.
Info part store user data and Link part store the address of Successor node or next node.
Array is a set of Similar data type.when we need store 50 students with same department then we use Array.Linked List is a set of finite nodes.In which each elements have 2 parts name info part and link part.
Info part store user data and Link part store the address of Successor node or next node.
Serial No. | Array | Linked List |
---|---|---|
1. | Array is a set of similar data elements or Data type. | Linked list is ordered collection of Elements of same time connected with pointers. |
2. | Array Supports Random Access. | Linked List Supports Sequential Access. |
3. | Accessing of Array Elements is much Faster of time Complexity O(1). | Accessing of Array Elements is much Slower than Array of time Complexity O(n). |
4. | In an Array elements are sorted in contiguous memory allocation. | In Linked list new elements are stored anywhere in Memory. |
5. | Difficult to Perform deletion and Insertion Operation. | Easy to Perform deletion and Insertion Operation. |
6. | Array is Static So we need to specify the size of array at compile time. | Array is Dynamic So we don't need to specify the size of array at compile time. |
7. | In Array we can access elements from anywhere. | In Linked list we need to traverse to reach the specific position. |
8. | Array Elements are Independent with each other. | Linked List Elements are dependent on each with contains pointers. |
Basically Sorting is used to Arrange Array Elements in Particular Format Like as .. Ascending and Descending order.In Data Structures we have two mainly use Sorting Algorithms .
1. Selection Sort
2. Bubble Sort
1. Selection Sort
2. Bubble Sort
Serial No. | Selection Sort | Bubble Sort |
---|---|---|
1. | A sorting algorithm that takes the smallest value in the list and moves it to the proper position in the Array. | A simple sorting algorithm that continuously steps through the list and compares the adjacent pairs to sort the elements. |
2. | Selects the minimum element from the element from the unsorted sub-array and places it at the next position of the sorted array. | Compares the adjacent elements and swap if require. |
3. | More Efficient Algorithm as compare than Bubble sort. | Less Efficient Algorithm as compare than Selection sort. |
4. | Faster Sorting of elements in Ascending and Descending Order. | Slower Sorting of elements in Ascending and Descending Order. |
5. | Uses Item Selection Approaches. | Uses Item Exchanging Approaches. |
6. | Time complexity of Selection sort is O(n). | Time complexity of Selection sort is O(n^2) means it's repeat sorting n^2 times which is much slower.. |
7. | It is simple sorting Algorithms Techniques. | It is also simple but needed more time. |
Searching Algorithm is used to Search Elements from the Data Structures Both are Involved in this Linear Data Structures and Non-Linear Data Structures.In Data Structures we have two mainly use Searching Algorithms .
1. Linear Search
2. Binary Search
1. Linear Search
2. Binary Search
Serial No. | Linear Search | Binary Search |
---|---|---|
1. | Linear Search scans one item at a time without Jumping to any item. | Binary Search cuts down your search to half as soon as you find the middle of a sorted list. |
2. | Data not needs to be Sorted. | Data needs to be Sorted. |
3. | In Linear search worst case complexity is O(n). | Binary Search makes O(logn) comparisons.. |
4. | Linear search takes more time to searching an Elements. | Binary Search divide your search into two Parts makes searching Easy. |
5. | Linear Search does the sequential Access. | Binary Search access data in Random form. |
6. | Linear Search is slower than Binary Search. | Binary Search is better and quite faster than linear search. |
7. | We can apply Linear search on Linked List. | We cannot directly apply Binary search on Linked List. |
8. | Linear search apply on both Array Single Dimensional and Multi-Dimensional. | Binary search apply only on Single Dimensional Array. |
Also Read..Java Program For Musical Instruments
Also Read..What is Entrepreneurship Simple Definition
#StayHome
Explanation By Amit .................
Technical Content Writer Owner Of JustOk!
0 Comments
Write your comments or feedback here.........