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The aforementioned problem is categorized as a convex optimization problem.
The aforementioned problem is formulated in the form of a bi-objective nonlinear integer programming model.
The aforementioned problem can be significantly mitigated by means of preemptive route maintenance [9].
The aforementioned problem is then reduced to a problem that consists in a system of easily solvable algebraic equations.
The aforementioned problem is NP-hard which means too difficult to be solved during a logical amount of time.
The aforementioned problem has been directly addressed using transfer learning methodologies and captured in papers by Moreno [76], Cao [12], Li [60], Li [61], Pan [86], Zhang [140], Pan [85], Roy [99], Jiang [54], and Zhao [142].
"Digital drilling rig" test technology provides a new way to solve the aforementioned problem.
The current manuscript aims to investigate the aforementioned problem by means of extensive computer simulations.
In this paper, we propose a Zero Coupling Impedance criterion to address the aforementioned problem.
The use of such a heuristic procedure to solve the aforementioned problem needs particular tailoring to produce high quality solutions.
This approach provides the first general framework for the aforementioned problem, which can be easily extended to related issues.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com