DELETE 3. Applications Of Doubly Linked List. Doubly Linked List has the flexibility of traversing the list in both the ways i.e., forward and backward unlike singly linked list where movement is restricted in forward direction only. While a singly linked list would be efficient in one direction, the doubly linked version would be efficient in both. More Information. QUIT Enter the choice :: 1 Enter the element to be inserted :: 10 Enter the position of the element :: 1 1. Make an application that stores names and phone numbers (as one example) and then give it the capability to output them in both ascending and descending order (based on name). Doubly Linked List Implementation. FIND 4. DOUBLY LINKED LIST IMPLEMENTATION OF LIST ADT 1. The only difference between a singly and doubly inked list is in our Node class or object. Most Recently Used algorithm: Applications that use a Most Recently Used (MRU) list. A Deck of cards in a game is a classic example of a doubly linked list. PRINT 5. A circular linked list … DELETE 3. INSERT 2. Instead of having just a single pointer, we have two pointers. It can be a singly circular linked list and doubly circular linked list like linked list. Here is a visual representation of the doubly linked list. The structure of the circular linked list is like a closed loop. A doubly linked list can be applied in various real-life scenarios and applications as discussed below. Stacks, Queues, and Linked Lists 24 Implementing Deques with Doubly Linked Lists (cont.) Phone Book application to demonstrate Doubly Linked List with header concept. Storing the browsing history: The browser history system in popular web browsers which allow going forward and backwards in browsing history can be implemented using this. Topics linked-list doubly-linked-list sorted-lists phone-book c-programming data-structures simple Doubly Linked List contains an extra pointer to link the previous node which enables the backward traversing. INSERT 2. PRINT 5. FIND 4. • When implementing a doubly linked lists, we add two special nodes to the ends of the lists: the header and trailer nodes. You can use double linked lists to insert (or remove) data at any point quickly, without having to move all elements that come after it, as you would have to do with an array or std::vector (C++). Applications of Doubly Linked List. - The header node goes before the ﬁrst list … This is a type of linked list in which the last node points to the starting node. There is no null at the end in it.