Prospects of Modernization of Artillery Systems on The Basis of Innovative Technological Solutions
Abstract
Purpose. To investigate the possibilities of modernization of artillery systems against the background of the application of innovative technologies and their impact on operational effectiveness.
Method: The research was conducted on the basis of an analytical and comparative analysis of the application of modern technological solutions in artillery systems based on a qualitative approach.
Findings. The integration of innovative technologies such as artificial intelligence, automation and real-time data processing into artillery systems significantly increases target accuracy, rapid response speed and the effectiveness of decision-making processes, thereby increasing overall combat capability.
Theoretical implications. This study presents a new conceptual approach in the context of the integration of artificial intelligence and data-based technologies into artillery systems, expands the theoretical foundations of replacing traditional military models with more adaptive, intelligent and decision-support-based systems, and contributes to the existing scientific framework in this field.
Practical implications. The study identifies specific application directions for the integration of innovative technologies into artillery systems, providing military agencies with practical solutions for the implementation of artificial intelligence-based decision support systems, strengthening real-time information processing, and optimizing operational response.
Value. This article presents a comprehensive and application-oriented approach to the modernization of artillery systems based on the integration of artificial intelligence and innovative technologies, which, unlike existing approaches, allows for the formation of more flexible, adaptive, and information-based military systems
Paper type. Theoretical.
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