Seismic Location Station for Detection of Unobserved Moving Military Machineries

Bayramov, Azad Agalar; Hashimov, Elshan Giyas

doi:10.17858/jmisci.82365

Cited by 6 publications

(6 citation statements)

References 5 publications

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“…Combat assessment can include a number of assessment models that assess target detection, tracking, identification, decoy, and other elements of combat operations [13][14][15]. These models might be Monte Carlo Simulation Models, Mathematical Models for Sensor Performance, Recognition Models, Electronic Warfare Models, Battlefield Simulation Models, Operational Analysis Models, C4ISR Models [16][17][18].…”

Section: Objectivesmentioning

confidence: 99%

Methodology for Assessing the Effectiveness of the Air Defense System

Hashimov,

Khudeynatov

2024

CNCS

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This academic article introduces a pioneering methodology for the comprehensive assessment of air defense systems, addressing existing shortcomings in evaluation approaches. The subject of this study revolves around the development and implementation of an advanced methodology for assessing air defense systems. еThe primary aim is to rectify existing evaluation shortcomings by introducing a holistic model that significantly enhances both efficiency and effectiveness in the evaluation of air defense systems. This methodology incorporates critical elements such as system description, mission, objectives, combat environment, threat, and concept. By explicitly considering factors like system flexibility, survivability, and operational concepts, the study surpasses traditional evaluations, providing a nuanced understanding of the capabilities inherent in air defense systems. The methodology places particular emphasis on the importance of threat analysis, addressing uncertainties related to enemy forces and tactics. Additionally, the study introduces an innovative evaluation model employing tactical scenarios to assess system reliability, availability, and durability, integrating combat environment factors and potential adversary combat options. The research contributes to the academic discourse by providing a systematic and thorough approach to air defense system evaluation, tailored to the complexities of modern warfare and in alignment with the evolving military and technological landscapes. The article suggests avenues for future research to delve into nuanced criteria selection and aggregation methods, aiming to further refine the proposed evaluation methodology.

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Section: Objectivesmentioning

confidence: 99%

Methodology for Assessing the Effectiveness of the Air Defense System

Hashimov,

Khudeynatov

2024

CNCS

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“…The chart of geometry of SLS components is shown in Fig. 1 [3,10]. There are three 3D detectors in seismic location cells (SLCi) for detection of seismic-acoustic waves ( 120° is the angle between vertical surfaces of 3D detectors 3D-detectors are made based on piezoelectric sensors.…”

Section: Determination Of Space Parametersmentioning

confidence: 99%

“…We can see in frequency range of surface seismic waves (5-200 Hz) that there is a sufficiently high and stable acoustic electric sensitivity of piezoelectric detectors [3]. At that, the range of a low frequency (1-10 Hz) is of a special interest, and subsurface seismic vibrations are weakly depended on climate factors.…”

Section: Introductionmentioning

confidence: 96%

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Detection of Unobserved Ground Targets by Use of Seismic Location Stations

Hashimov¹,

Bayramov²,

Sabziev³

2019

AiMT

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The detection method of moving unobserved ground military heavy trucks is considered in paper. The 3D coordinates detection set and the seismic location method are used in our study. The computational algorithm of determination of the bearing angle and distance to unobserved ground target are presented, the computational uncertainties are estimated. The triangular form of 3D detectors in one seismic location cell is offered. It allows minimizing distance and angle uncertainties in target direction. To improve the detection effectiveness, the optimal geometry disposition of 3D detectors in seismic location cells is determined. The offered method is effective in case of terrain relief where seismic-acoustic signal is propagated by approximately straight line. Therefore, this method can be applied only to homogenous medium, for example, to mountainous, solid rocky soil.

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“…exaggerate this problems and cause the importance of unmanned aerial vehicle (UAV) application. For this reason, UAV is used widely for quantitative assessment of invisible areas and military objects in real battle situation 5,6 . UAV operations support battlefield commanders as they plan, coordinate, and execute operations.…”

Section: Introductionmentioning

confidence: 99%

Assessment of Invisible Areas and Military Objects in Mountainous Terrain

Bayramov¹,

Hashimov²

2018

Def. Sc. Jl.

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During war activities, the evaluation of invisible areas and military armours in mountainous terrain is very important for assessment of operational-tactical situation in battlefield. This information can be used for prevention of an enemy sudden attack. In given paper, the quantitative method of the invisible areas assessment and military objects in mountainous terrain are developed and offered by using unmanned aerial vehicle (UAV). The probabilities of invisible area or enemy object detection are calculated by using 1 and n UAVs. Previously obtained data by ArcGIS software (GIS technology) has been used for calculations and evaluations the number of invisible areas and military objects. The analysis of the dependence of revealing effectiveness, localisation areas and military objects on the number of UAVs has been carried out. It is more efficient to use one UAV for quantitative analysis of invisible areas, but it is more efficient to use several UAVs for detection of armoured vehicles and military objects. Our experiments in mountainous conditions had shown that at flight height 300 m and battle-front 2.5 km putting 3-5 UAVs is real. In this case, all of them perform operational mission and return to base. Finally, from the outcome of this study, the offered method can be applied for any mountainous conditions, for creation of a simulation and training UAVs war-game software.

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Seismic Location Station for Detection of Unobserved Moving Military Machineries

Cited by 6 publications

References 5 publications

Methodology for Assessing the Effectiveness of the Air Defense System

Methodology for Assessing the Effectiveness of the Air Defense System

Detection of Unobserved Ground Targets by Use of Seismic Location Stations

Assessment of Invisible Areas and Military Objects in Mountainous Terrain

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