利用线性规划优化重庆市灌区种植模式的研究

Rafa Nada Rustandi, W. Sejati
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引用次数: 1

摘要

Ciujung灌区(DI)的面积为21,350公顷。丘中灌区灌溉网仍然存在相当高的淤积,因此农业用水和其他社区用水的分配无法得到优化。优化种植模式的目的是确定种植不同类型作物的田地所能生产的作物的最高价格。本研究中的优化使用了使用POM QM应用程序的线性程序。在本优化研究中,规划了玉米和花生两种不同作物的4种替代方案。在种植模式中,选择1在12月1日开始种植,选择2在12月2日开始种植,选择3在1月1日开始种植,选择4在1月2日开始种植。选择的替代种植模式为方案2,种植面积为MT I水稻21350公顷,MT II水稻3671.62公顷,Palawija种植面积84.98公顷,年最大利润为595,113,300,000印尼盾
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study of Optimization Planting Patterns of Irrigation Areas Ciujung Ciruas District Using a Linear Program
Ciujung Irrigation Area (DI) has an area of 21,350 ha. The Ciujung Irrigation Area Irrigation Network is still found to be quite high sedimentation, so that the distribution of water for agricultural needs and other community needs has not been able to be carried out optimally. The purpose of optimizing the planting pattern is to determine the maximum price of the crop that a field with different types of crops can produce. Optimization in this study used a linear program using the POM QM application. In this optimization study, 4 alternatives were planned with 2 different crops, namely corn and peanuts. In the planting pattern, alternative 1 starts planting in December I, alternative 2 starts planting in December II, alternative 3 starts planting in January I, alternative 4 starts planting in January II. The alternative planting pattern chosen is alternative 2 by producing an area of MT I Rice covering an area of 21,350 ha, MT II Rice covering an area of 3671.62 ha, Palawija covering an area of 84.98 ha and the maximum profit obtained in a year is IDR 595,113,300,000
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