SUSTAINABILITY NAVAL BASE WITH THREE MAIN ASPECTS AS ONE OF THE INDONESIAN MARITIME DEFENSE AND SECURITY ELEMENTS WITH SYSTEM DYNAMIC APPROACH

I. Agustian, Avando Bastari, O. S. Suharyo
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Abstract

The development of Naval Base requires very strategic planning and calculation to obtain the sustainability of the base. This is intended so that in the future the existence of these bases can continue and exist, which is not disturbed by changes and System Dynamics from various aspects that develop and change over time. Sustainability of Naval Base is determined by many factors that are interrelated with one another as a very complex system arrangement so that a comprehensive analysis of various related aspects of the researcher is compiled into Three main aspects namely Defense Security Political Aspects, Economic Aspects and physical aspects of naval base. In this paper, the researcher will compile a model with System Dynamics approach to the sustainability of the Naval Base that is the object. Then also use Fuzzy Weighting from the elements of subjectivity which will be projected to become elements of objectivity, which also involves data / variables that are qualitative and quantitative. This has never been discussed in previous site selection studies. The complexity of the variables and the dependency relationships between variables in the system, and the decision makers' subjectivity can be identified and smoothed with the Fuzzy Weighting to get the weighting value so that the integration between the System Dynamics model with the Fuzzy Weighting method gets the analysis results of the Naval Base sustainability system based on three main aspects namely Defense Security Political Aspects, Economic Aspects and Physical Aspects of Naval Base. The results of the assessment of Fuzzy Weighting put the Defense Security Political Aspects in the first place with the value of the weight of the influence of interest 3.60, followed by the second position of the Physical Aspects of Naval Base with the value of the weight of the influence of the interest 3.40 and in the third position the Economic Aspects with a value of 3.0. Then the results are integrated into the System Dynamic calculation that produces sustainability values from three main aspects including Defense Security Political Aspects with strategic value of base area 36.42, then from Economic Aspects with land availability value 3.94, and Physical Aspects of Naval Base with physical capability values base 21.07. Keywords: Naval Base, Sustainability, Three Main Aspects, Fuzzy Weighting, System Dynamic.
可持续发展的海军基地有三个主要方面,作为印尼海上防御和安全要素之一,采用系统动态方法
海军基地的发展需要非常战略性的规划和计算,以获得基地的可持续性。这样做的目的是为了在未来这些基地可以继续存在,不受变化和系统动力学的干扰,这些变化和系统动力学是随着时间的推移而发展和变化的。海军基地的可持续性是由许多因素决定的,这些因素相互关联,是一个非常复杂的系统安排,因此研究人员对各个相关方面进行综合分析,可以归纳为海军基地的三个主要方面,即国防安全、政治方面、经济方面和物理方面。在本文中,研究人员将用系统动力学方法编制一个模型,以实现海军基地的可持续性。然后还使用模糊加权从主观性的元素,这将被投射到客观性的元素,这也涉及数据/变量是定性和定量。这在以前的选址研究中从未讨论过。利用模糊加权法可以识别和平滑系统中变量的复杂性、变量之间的依赖关系以及决策者的主观性,从而得到权重值,将系统动力学模型与模糊加权法相结合,得到基于海军基地国防安全、政治、经济和物理三个主要方面的海军基地可持续性系统分析结果。模糊权重评价结果显示,国防安全政治方面以3.60的利益影响权重值位居首位,海军基地物理方面以3.40的利益影响权重值位居第二,经济方面以3.0的利益影响权重值位居第三。将结果整合到系统动力学计算中,从三个主要方面得出可持续性值:国防安全政治方面,基地面积战略值为36.42,经济方面,土地可利用性值为3.94,海军基地物理方面,物理能力值为21.07。关键词:海军基地,可持续性,三个主要方面,模糊加权,系统动力学。
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