Investigación de operaciones para desarrollar procesos de optimización en manejo forestal: determinación en campo de modelos multivariados

e-CUCBA Pub Date : 2021-12-29 DOI:10.32870/ecucba.vi17.216
C. M. Guzmán Paredes, Agustín Gallegos Rodríguez, Efrén Hernández-Álvarez, Héctor Jesús Contreras Quiñones
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Abstract

The most widely used technique in operations research is linear programming, and one of the most widely used algorithms in thisfield is simplex method. The management of forest ecosystems is an ideal field to implement optimization models, since clear goalsmust normally be met, and the available resources are usually limited. The aspects involved are complex, several routes of actioncan be taken, and it is important in order to make the best decision. The simplex method, once objective function and restrictions areestablished, allows to consider all the possibilities, and make the decision that provides the greatest advantages. Undoubtedly, awrong decision can cause damage to forest ecosystem and economic losses, so a tool that helps in this work will always be a greatally. Once the problem has been formulated in mathematical terms, software or programming languages specialized are usuallyrequired, which can be a problem if access to computer equipment and internet connectivity is not the most appropriate. Mobiledevices such as cell phones, tablets, and programmable calculators have become small computers at an affordable price, withincreasingly powerful processors and a good amount of memory. This, coupled with availability of applications of simplex method,or even the ability to program it directly on these devices, makes it possible to have in the palm of hand tools that previouslyrequired very sophisticated computers. This work reviews the options currently available to run simplex method, both analyticallyand graphically, on portable devices. This topic is of interest to both professional and student of forestry sector.
开发森林管理优化过程的业务研究:多变量模型的实地确定
在运筹学中应用最广泛的技术是线性规划,而在该领域中应用最广泛的算法之一是单纯形法。森林生态系统管理是实施优化模型的理想领域,因为通常必须达到明确的目标,而可用的资源通常是有限的。所涉及的方面很复杂,可以采取几种行动路线,重要的是要做出最佳决定。单纯形法一旦确定了目标函数和限制条件,就可以考虑所有的可能性,并作出最有利的决策。毫无疑问,一个错误的决定会造成森林生态系统的破坏和经济损失,所以一个工具,有助于这项工作将永远是一个巨大的。一旦问题用数学术语表述出来,通常需要专门的软件或编程语言,如果计算机设备和互联网连接不是最合适的,这可能是一个问题。像手机、平板电脑和可编程计算器这样的移动设备已经变成了价格实惠的小型计算机,拥有越来越强大的处理器和大容量的内存。再加上单纯形法的应用,甚至是直接在这些设备上编程的能力,使得以前需要非常复杂的计算机才能掌握的工具成为可能。本工作回顾了目前可用于在便携式设备上以分析和图形方式运行单纯形法的选项。这是林业专业人员和学生都感兴趣的话题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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