The Ontological Decision Support System Composition and Structure Determination for Commanders of Land Forces Formations and Units in Ukrainian Armed Force

The subject of the article is the ontological decision support system in automated military control systems. The primary purpose of the work is to determine the composition and structure of the decision support system by commanders of formations and units of the Land Forces of the Ukrainian Armed Forces using an ontological approach. The objective is development:  A decision support system based on the ontological knowledge base;  A prototype of software, mathematics and information support for it;  Offers for an algorithm of functional activities of the Land Forces of the Ukrainian Armed Forces from the battalion and above according to US Armed Forces standards (MDMP) at each stage (steps) of the military decision-making process. The essential features of the decision support system for commanders of formations and units of the Land Forces of the Armed Forces of Ukraine is a central component of an ontological knowledge base. Described the possible use of ontologies to represent structured constituent decision-making and related components domains that describe this process. The subject area ontology built to describe and explain the decision-making process of MDMP according to the standards of NATO member countries based on knowledge formalised in guiding documents for information exchange, database structure, and software implementation of models, methods and algorithms of individual modules of the decision support system. A prototype software and mathematics and information management are developed, which can be used as a prototype for future automated subsystem management of the Land Forces of the Armed Forces of Ukraine. It is for simulating the formation and ontological decision support system for commanders of buildings and units of the Land Forces of the Armed Forces of Ukraine. According to the US Armed Forces (MDMP) standards, the work of officials' work algorithm of the battalion and above is proposed. Automation of each stage (step) of MDMP gives the chance to reduce the time for decision-making. The algorithm can be used to implement the educational process of training officers and cadets of higher military educational establishments in the centre of simulation and subsequently for use in decision-making in warfare and the army training centres.

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