In peterson's algorithm, the ________________variable indicates if a process is ready to enter its critical section

Question

26-08-2022
Social Studies

Answered

In peterson's algorithm, the ________________variable indicates if a process is ready to enter its critical section

Answer :

Other Questions

We often speak of – with our friends, yet this idea is only part of what sociologists mean by –. Socialization is a twofold process. It includes the process by

An offer is the expression of a willingness to enter into a contract by the offeror’s promising an offeree that she will perform certain obligations _______ som

Read the paragraph from the section "Generating A Voice That's Heard." In Huerta’s experience, the most effective way to replace corrupt policies is by getting

Racialization is the process of categorizing and attributing supposedly racial qualities to people based on perceived characteristics. Identify the examples of

Consider when the Federal Government should become involved in various issues. Consider the list again in light of what you have learned about the executive bra

We discovered a wide world of wonderful bbq here in the us, from texas to the carolinas. To which tennessee staple do we send you, voted countless times the bes

Outlining and taking notes from your reading is an important part of content reading. Writing a correct outline can organize your reading in a way that makes it

One of the most unique features of the Iroquois League was its commitment to universal suffrage, which would not appear in the United States until the 1920s, ne

A researcher wanting to determine if amount of hours sleeping was related to one’s attitude would evaluate the research study using __________ analysis.

88op 88op · Answer 1 · 2022-09-03T04:36:19-04:00

In Peterson's algorithm, the flag array represents if a process exists ready to enter its critical section.

What is Peterson's algorithm?

Using just shared memory for communication, Peterson's method (also known as Peterson's solution) is a concurrent programming approach for mutual exclusion that enables two or more processes to share a single resource without interfering with each other.

The critical-section problem is well-described algorithmically in Peterson's solution, which also highlights some of the challenges in creating software that satisfies the conditions of mutual exclusion, progress, and constrained waiting.

Two processes are synchronized using Peterson's Algorithm. To do this, it makes use of two variables: an int variable called turn and a bool array flag with a size of 2. I and j stand in for the Consumer and Producer, respectively, in the answer.

Hence, In Peterson's algorithm, the flag array represents if a process exists ready to enter its critical section.

To learn more about Peterson's algorithm refer to:

https://brainly.com/question/14293468

#SPJ4