Метод адаптивного просторово-часового синтезу структури дата-центричної ЗРС. Модель циклу бойової роботи ЗРС на основі використання модифікованої петлі OODA

Jazyk: angličtina
Rok vydání: 2021
Předmět:
Zdroj: Наука і техніка Повітряних Сил Збройних Сил України, Iss 2(43), Pp 87-93 (2021)
ISSN: 2518-1505
Popis: The article discusses questions about the development of the theory of data-centric operations (DCO). The DCO theory is based on the concepts of metamorphism - variability & agile development and 4D-extensionalism of data-centric systems. Metamorphism means adaptive dimensional -time synthesis and reconfiguration of the data-centric system structure (DSoS), which provides the most efficient DSoS operation in specific conditions. One of the main issues in the development of the method of adaptive dimensional -time synthesis of the structure of data-centric ADS is considered the development of the model of the cycle of combat work. The model to be developed is based on J. Boyd's concept and his model of the collective struggle of two opposing sides, taking into account the cyclic processes OODA - Observe - Orient - Decide - Act. The work analyzes the components of the OODA processes. The article proposes to use a modified OODA loop model when describing the combat performance of ADS. The modification is done by introducing a synthesis phase and changing the content of the “orientation” phase. The combat operation cycle of a data-centric ADS is presented as a sequence of nested loops OODSA - Observe - Orient - Decide - Synthesis - Act. This work considers the OODSA model for data-centric ADS. The notion of “orientation” has been substantially changed. Now, depending on the stage of the battlefield operation, “orientation” can be regarded as analysis of information, its structuring (conversion into data), or formation/refinement of a behavioral model. Decision making is regarded as a voluntary choice to be made within the framework of the reverse behavioral model. The article discusses the methodology of using the Lanchester equations to analytically assess the effectiveness of the combat use of ADS. The key variable that determines the overpowering or defeat in the classical OODA loop is "time. Within the framework of OODSA model the performance of the process of anti-aircraft warfare ADS is evaluated using Probabilistic-time indicators.
Databáze: OpenAIRE