Must be in C++ programming
The main objective of this experiment is to gain experience in implementing Data Structures of
Stacks and Queues. Task 1: Implement a stack using a singly linked list L. The operations PUSH
and POP should still take O(1) time. Task 2: Implement a queue by a singly linked list L. The
operations ENQUEUE and DEQUEUE should still take O(1) time. Task 3: Rewrite ENQUEUE
and DEQUEUE from Task 2 to detect the underflow and overflow of the queue. Task 4:
Implement a stack using two queues and analyze the running times of stack operations. Output
Instructions: The output includes a user interface where the user indicates the number of
elements to en/dequeue and/or push/pop..
Presentation by Andreas Schleicher Tackling the School Absenteeism Crisis 30 ...
Must be in C++ programming The main objective of this experiment i.pdf
1. Must be in C++ programming
The main objective of this experiment is to gain experience in implementing Data Structures of
Stacks and Queues. Task 1: Implement a stack using a singly linked list L. The operations PUSH
and POP should still take O(1) time. Task 2: Implement a queue by a singly linked list L. The
operations ENQUEUE and DEQUEUE should still take O(1) time. Task 3: Rewrite ENQUEUE
and DEQUEUE from Task 2 to detect the underflow and overflow of the queue. Task 4:
Implement a stack using two queues and analyze the running times of stack operations. Output
Instructions: The output includes a user interface where the user indicates the number of
elements to en/dequeue and/or push/pop.
