Figure 1 below illustrates a special Double-linked-List called a Circular Double linked List. Notice that the LL field of the first node points to the last node and the RL field of the last node points to the first node- meaning there is no Null pointer anywhere. Figure 1 Circular Double-Linked List Describe in not more than three sentences why the circular Double-Linked List would offer a better efficiency over non-circular double-linked List, giving reasons for your answer
Figure 1 below illustrates a special Double-linked-List called a Circular Double linked List. Notice that the LL field of the first node points to the last node and the RL field of the last node points to the first node- meaning there is no Null pointer anywhere. Figure 1 Circular Double-Linked List Describe in not more than three sentences why the circular Double-Linked List would offer a better efficiency over non-circular double-linked List, giving reasons for your answer
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Figure 1 below illustrates a special Double-linked-List called a Circular Double linked List. Notice that the LL field of the first node points to the last node and the RL field of the last node points to the first node- meaning there is no Null pointer anywhere.
Figure 1 Circular Double-Linked List
Describe in not more than three sentences why the circular Double-Linked List would offer a better efficiency over non-circular double-linked List, giving reasons for your answer
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