Question

for railway reservation the queue data structure is preferred –justify ?​

Answer 1

The queue data structure is preferred for railway reservations because it follows the principle of first come, first served. This means that the first person to request a reservation will be the first one to get a seat, and the last person to request a reservation will be the last one to get a seat. This is consistent with the way that railway reservations are typically handled, and it ensures that reservations are fair and transparent.

Another reason why the queue data structure is preferred for railway reservations is that it is efficient. A queue allows elements to be added at one end and removed from the other end, which means that reservations can be processed quickly and efficiently. This is important in a high-traffic environment like a railway reservation system, where there may be a large number of people requesting reservations at any given time.

Overall, the queue data structure is well-suited to the task of managing railway reservations because it follows the principle of first come, first served and is efficient at handling high volumes of requests.

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Answer 2

For railway reservations, the queue data structure is preferred because it pursues the principle of first come, first served and is productive at handling high volumes of requests.

• The queue data structure is chosen for railway reservations because it pursues the principle of first come, first served. This implies that the first individual to request a reservation will be the first one to earn a seat, and the last person to request a reservation will be the last one to earn a seat. This is constant with the manner that railway reservations are commonly handled, and it assures that reservations are reasonable and transparent.
• The second reason why the queue data structure is preferred for railway reservations is that it is productive. A queue enables components to be added at one end and eliminated from the other end, which implies that reservations can be filtered rapidly and efficiently. This is vital in a high-traffic environment such as a railway reservation system, where there may be a huge number of people requesting reservations at any provided time.

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