This paper proposes a new methodology for solving the scheduling problem of center pivot system irrigation timetable based on the Luus–Jaakola optimization method. The new methodology considers as influencing factors the water and energy consumed and the limit of the available flow to the areas that are being irrigated. The methodology allows the implementation of a non-linear model during an acceptable time scenario as it reduces the number of parameters that must be estimated in the optimization problem. The numerical results show that the programmed timetables, which consider a large number of parameters, were successfully processed.

中文翻译：

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使用 Luus-Jaakola 优化方法在使用中心枢轴系统调度灌溉时最大限度地减少水和能源消耗

本文提出了一种基于 Luus-Jaakola 优化方法的解决中心支点系统灌溉时间表调度问题的新方法。新方法将消耗的水和能源以及流向被灌溉地区的可用流量限制视为影响因素。该方法允许在可接受的时间场景中实施非线性模型，因为它减少了优化问题中必须估计的参数数量。数值结果表明，已成功处理了考虑大量参数的编程时间表。