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IAMD (Integrated Air and Missile Defence) Strategic Aspects with SBAD Focus

Pietrus Tomasz

Safety & Defense

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2023

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1

69--73

EN

The main aim of this article is to prove the importance of strategic aspects of Integrated Air and Missile Defence especially with focus on SBAD (Surface Based Air Defence) systems. To achieve the aim, theoretical research methods such as analysis, synthesis, comparison and generalization were applied. The results show that the strategic aspects of Integrated Air and Missile Defence should be considered as the crucial elements of the military deterrence for NATO. In addition offensive action must be consider also as a defencise posture. Thus, the formulated thesis undermines the up-to-date understanding of the problem, and therefore may contribute to further discussion on the topic of using means of defensive deterrence for NATO. Once again, this is highly important to have, develop and operate such systems nowadays. IAMD has become one of the most important pillars of the security of NATO countries. Due to the fact that this article is unclassified, it is remaining on generic statements and not dig in into details which are normally more sensitive.

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Modern assumptions of the American Ballistic Missile Defence System against the background of historical concepts and programmes

Murat-Bors A.

Security and Defence Quarterly

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2018

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Vol. 22, No. 5

99--131

EN

The issue of missile defence has been present in American policy for over 70 years and is constantly subject to research and the search for new technologies. Nowadays, the proliferation of nuclear weapons and ballistic missiles, as well as the growing threat from the so-called “rogue states” have caused the inevitable development of the missile defence strategy. On the basis of historical programmes and the results of contemporary research, the concept of a Ballistic Missile Defence System was created. The system is based on the principles of indivisibility of the security of the Alliance and NATO solidarity, fair sharing of risk and burdens as well as taking on reasonable challenges. One of the components of the system is the European Phase Adaptive Approach, which was designed to protect American allies and resources in the European region from the growing rocket threat. This paper analyses the genesis of ballistic missile defence and what its development tendencies are. The article contains a presentation of the essence of the US Ballistic Missile Defence System, as well as its history and suspended programmes. The concept of multilayered defence has been outlined, as have the technical details of the system’s components and its location and operational status.

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Ewolucja defensywnych systemów rakietowych Stanów Zjednoczonych

Marszałek M.

Zeszyty Naukowe AON

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2008

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nr 3(72)

62-78

EN

For over a year, the United States’ missile defence systems have been the focus of attention of not only military experts but also mass media and public opinion. The main cause of this interest is certainly American proposal to locate Ground Based Interceptors (GBIs) on the territory of our country. However, the US missile defence programs have a long history, the knowledge of which seems not sufficiently systemised. The article explains the evolution of American missile defence systems in the aspect of changing political and military conditions in the course of sixty years after the end of World War II. Taking into consideration the aim of the article, the focus was drawn onto describing the problems concerning the first missile defence systems, whereas less attention was placed on current systems.

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Periodic Coordination in Hierarchical Air Defence Systems

Arabas P., Malinowski K.

International Journal of Applied Mathematics and Computer Science

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2001

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Vol. 11, no 2

493-513

EN

The subject of this work is the defence planning of a point target against an air attack. The defence system is decomposed into a number of sectors. A direct method of coordination is used at the upper level, while the sectors use a discrete-time event-based model and the description of uncertainty by multiple scenarios of an attack. The resulting problems are solved using linear programming. A comparison of two coordination strategies for realistic attack scenarios and an analysis of effectiveness are provided.