Defence capability development optimisation

This article outlines comprehensive research methodologies and practical outcomes aimed at enhancing strategic decision-making processes in defense capability development. It introduces a structured and applicable methodological framework that integrates theoretical principles, advanced technological approaches, and practical experiences. Central to this framework are advanced modeling and simulation techniques, specifically constructive wargaming and operations research methods. These techniques systematically integrate a set of capability optimization tasks exploiting detailed mathematical modeling and simulation, supported by specialized software tools. The article outlines thirteen conceptual steps for optimizing military force structures and capability configurations by evaluating a vast array of combat scenarios by operational effectiveness criteria within established financial and strategic constraints. The proposed framework is the subject of serious research activities and a defense project development aimed at enhancing the practical applicability of the described methods and approaches to computer-aided capability development processes, effectively supporting strategic planning and substantially improving overall military preparedness.

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Publication Details

Journal
European Integration Studies
Published
2024-12-30
DOI
https://doi.org/10.46941/2024.2.11
Primary Topic
Complex Systems and Decision Making
Type
article
Field-Weighted Citation Impact
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article

Defence capability development optimisation

Jan Mazal
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European Integration Studies
Complex Systems and Decision Making
article

Defence capability development optimisation

Jan Mazal
article en

Abstract

This article outlines comprehensive research methodologies and practical outcomes aimed at enhancing strategic decision-making processes in defense capability development. It introduces a structured and applicable methodological framework that integrates theoretical principles, advanced technological approaches, and practical experiences. Central to this framework are advanced modeling and simulation techniques, specifically constructive wargaming and operations research methods. These techniques systematically integrate a set of capability optimization tasks exploiting detailed mathematical modeling and simulation, supported by specialized software tools. The article outlines thirteen conceptual steps for optimizing military force structures and capability configurations by evaluating a vast array of combat scenarios by operational effectiveness criteria within established financial and strategic constraints. The proposed framework is the subject of serious research activities and a defense project development aimed at enhancing the practical applicability of the described methods and approaches to computer-aided capability development processes, effectively supporting strategic planning and substantially improving overall military preparedness.

European Integration StudiesVol. 20(2)
University of Defence (CZ)
Openalex Percentile: Top 65%
Complex Systems and Decision Making
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