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Chapter 18: Problem 7

What does FIFO mean?

Short Answer

Expert verified
Answer: FIFO stands for "First In, First Out," and its main purpose in data structures and computer programming is to control the order in which data is processed. It is used in queue data structures and ensures that tasks or data received earlier are handled before those received later, maintaining an orderly processing sequence.

Step by step solution

01

Explanation of FIFO

The term "FIFO" stands for "First In, First Out," which means that the first element added to a structure is the first one to be removed. This concept is typically used in the context of data structures, such as queues, and in computer programming to control the order in which data is processed.
02

Queue Data Structure

The queue is an abstract data structure that follows the FIFO principle. It resembles a real-life queue, such as a line of people waiting for a service. In a queue, the person who arrives first is served first, and the person who arrives last is served last.
03

Enqueue Operation

The process of adding an element to the queue is called "enqueue." Elements are always added to the rear (end) of the queue. In a real-life example, this is like a person joining the end of a line.
04

Dequeue Operation

The process of removing an element from the queue is called "dequeue." Elements are always removed from the front (beginning) of the queue. This is similar to the person at the front of the line being served and then leaving the line.
05

Practical Applications of FIFO

The FIFO method is used in various applications, such as computer processes scheduling, memory management, buffer handling, and task prioritization. First in, first out ensures that tasks or data received earlier are handled before those received later, maintaining the order out of fairness or for efficiency reasons.

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Most popular questions from this chapter

What problem is overcome by using a circular array for a static queue?

When an element is removed from a queue, where is it removed from?

Give pseudocode that implements a queue using two stacks. The queue operations enqueue, dequeue, and empty must be implemented in terms of the push , pop and empty stack operations.

Suppose the following operations are performed on an empty queue: enqueue(5) : enqueue (7) : enqueue (9): enqueue (12): Insert numbers in the following diagram to show what will be stored in the static queue after the operations have executed.

Suppose the following operations are performed on an empty queue:\ enqueue (5): enqueue (7): dequeue (): enqueue (9): enqueue (12): dequeue (): enqueue (10): Insert numbers in the following diagram to show what will be stored in the static queue after the operations have executed.
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