MODEL DEVELOPMENT OF NAVAL BASE DETERMINATION. A SYSTEM DYNAMICS AND INTERPRETATIVE STRUCTURAL MODELING (ISM) APPROACH

Abstract

The Navy Base as an integral component of the SSAT is the spearhead of the force in carrying out support for naval combat operations, especially as a support for the movement of KRI operations. During this time we have determined the location of the Navy Base only based on the results of the workgroup team's decision.This study aims to design and build a model of the selection of the Navy Base location with a dynamic System and Interpretative Structural Modeling (ISM) approach. This research is expected to contribute to the development of the Indonesian Navy base to support national maritime security. Based on the results of the research analysis as many as 4 main criteria and 15 sub-criteria that have interactions with base sustainability can be established. The sub-criterion of changing the value of sea security is influenced by 6 sub-criteria with Output, namely the value of national security. Aspects of the rate of base defense strength are influenced by 6 (six) sub-criteria with Output, namely the value of maritime potential development. The aspect rate of the number of SSATs is influenced by 5 (five) sub-criteria with outputs namely the development value of maritime potential. Base defense value, Marine Territorial Development value, sea security value.

Keywords

• naval base
• indonesia navy (tni al)
• causal loop diagram (cld)
• interpretative structural modeling (ism)
• system dynamics
• integrated weapon system (ssat)