Abstract
Copula distribution presented by Gumbel-Hougaard paved a alternative solution in the domain series-parallel multi-state complex engineering systems, but not to agriculture monitoring systems. Many technocrats are using wireless sensing networks to collect and analyze data in order to enhance productivity; but, by considering general repair, they are falling short of their goal of enhancing productivity. In order to repair the damaged system as quickly as possible, current work introduces a multi-state system in a manner such that systematic numerical explanation may be obtained in a acceptable computational time for precision agriculture that makes use of the copula distribution. The work assesses important parameters such as availability, reliability, mean time to Breakdown/failure and corresponding profit investigation using arbitrary parametric values. The current work also highlights the use of copula repair, additionally figures-out the contributors for enhancement and future work.
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