Implementation of Support Systems for Determination of Amphibious Vehicle Landing in Disaster Emergency Response Using Fuzzy Takagi Sugeno

Abstract

Amphibious vehicle is a vehicle that can maneuver from the mainland to the sea. Amphibians are divided into certain characteristics according to their use. The use of amphibians for disaster emergency response because amphibians have the ideal ability to cross various fields. Amphibious vehicle maneuvers require an understanding of oceanographic and geographical aspects. Amphibians require certain criteria in determining the ideal landing location. The ideal location for amphibious landings is examined in two main variables namely the sea and land variables. Amphibian operations that are currently applied do not utilize information technology that can analyze geographical aspects. Researchers build a system that can analyze the destination area of a landing mission that is assessed according to the ideal parameters in making a landing. In this study the determination of the landing site uses an artificial intelligence method that can help determine the ideal position in making an amphibious landing. Fuzzy Is a method that is in the sub-section of reasoning in the science of artificial intelligence. Fuzzy is used to process data for each variable and adjust to the rule base of that variable. The variable used to input the fuzzy membership function is the beach gradient and current variable. These two variables determine the level of suitability of the amphibious vehicle landing mission.