Effect of evolution on availability of power generation processing unit by using Genetic Algorithm (Population size = 60, Mutation = 0.55, Crossover = 0.62).

Effect of evolution on availability of power generation processing unit by using Genetic Algorithm (Population size = 60, Mutation = 0.55, Crossover = 0.62).

<p>Effect of evolution on availability of power generation processing unit by using Genetic Algorithm (Population size = 60, Mutation = 0.55, Crossover = 0.62).</p>

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Bibliographic Details
Main Author:	Monika Saini (5658361) (author)
Other Authors:	Ashish Kumar (152984) (author), Dinesh Kumar Saini (6449282) (author), Punit Gupta (15411679) (author)
Published:	2023
Subjects:	Medicine Genetics Molecular Biology Ecology Infectious Diseases Plant Biology Biological Sciences not elsewhere classified Mathematical Sciences not elsewhere classified weak computational speed sewage treatment plants purposing maintenance policies namely genetic algorithm existing methods fail establishing new plants considered exponentially distributed sewage treatment plant optimal solution due particle swarm optimization novel mathematical model repair rates follow attain optimum value availability results justifies plant personnel optimum availability global solution failure rates performance optimization availability optimization model development markov model developed model utilized extensively system availability switch devices statistical investigation several generations random variables process industries present study prediction phenomenon population size performance evaluation numerical results markov birth local optima kolmogorov differential hard problem generating systems different values difference equations death process damping ratio arbitrary distribution also shared
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