%0 Journal Article
%T Discretizing Continuous Event Simulation and Semantic Information Based Query Structures
%A Mehmet Fatih Hocao£¿lu
%J -
%D 2019
%X In this study, a method to map continuous event simulations into discrete event spaces using state vectors, an agent-based intelligent execution trace mechanism and a query script structure are represented. The intelligent trace mechanism is defined as ¡°the correct data being recorded at the right time¡±. All calculations carried out by simulation models and all inferences made by the reasoning engine are defined as structures that are defined as trace agents and controlled by State Oriented Programming approach. Scripting structures have been designed for the functional implications of the inter-model semantic associations to the execution, and for this purpose a special scripting query structure has been developed for the traced data. How the concept of relationship, which is a part of ontological commitment of AdSiF (Agent driven Simulation Framework), which all simulation models and agents are developed and executed, is used in questioning the execution trajectory and how the management of the recording mechanism is carried out are shown with an example
%K EtSiS
%K Sim¨¹lasyon £¿£¿kt£¿ analizi
%K Sim¨¹lasyon y£¿r¨¹ngesi
%K Sim¨¹lasyon y£¿r¨¹nge sorgusu
%K Sorgu beti£¿i
%K Varl£¿klar aras£¿ ili£¿ki
%U http://dergipark.org.tr/umagd/issue/39915/481584