DECISION SUPPORT SYSTEMS IN DISASTER: CASE OF MOBILE SYSTEMS

Abstract

Natural or human-induced disasters, people's lives are suddenly interrupted the event that inflicts undesirable time. There are a variety of activities and methods to reduce the impact of people such as this events. Decision support systems (KDS) are defined as computer aided systems that help decision makers with the help of computer. Mobile information systems nowadays consist of devices such as mobile phones (GSM), tablets and personal digital assistant (PDA). In the KDS systems, the decision makers express their decisions within the framework of a suggestion logic. In this study, the KDS algorithm was designed with the use of KDS and open source mobile systems together with a suggestion logic to help decision makers in disasters. The logic of proposition is based on the evaluation of the small propositions together with the big propositions and the results obtained by the syllogist approach. These propositions are coded with open source-based computer programming. And then, open source software is used in developed software. As a result, this algorithm was designed in a small mobile application scale and it was observed that the algorithm was working