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Документ Modeling of observation in the mountain terrain depending on number of supervisory systems(Національний технічний університет "Харківський політехнічний інститут", 2020) Bayramov, Azad Agalar oğlu; Sabziev, Elhan Nariman oglu; Nasibov, Yashar Ali оglyThe various types of electron-optical supervisory systems (SCS) have been used in the border stations of border zones in the Armed Forces of many countries. The mission of these SCS is to supervise the possible activities of smugglers, the illegal movement of enemy troops, the technics and weapon systems, the frontier intruders. In the paper, there has been offered a method which, on the basis of the developed mathematical model and Geography Information System technology, allows modeling of observation in mountain terrain depending on the number and location of SCS. The developed software module allows: 1) to generate the investigated terrain based on Digital Terrain Elevation Data file, 2) to input the possible observation points and the controlled zone via an interface,3) to simulate and visualize the observed areas for both single and group observation devices located in the possible observation points. The developed method had been applied toone of the selected terrains of the Azerbaijan Republic and demonstrated efficiency of the offered method. Based on the developed model and GIStechnology the visual modeling in mountain terrain depending on a number and a location of the SCS has been carried out.Документ Conclusion algorithm based on the reconnaissance data processing results(Національний технічний університет "Харківський політехнічний інститут", 2020) Bayramov, Azad Agalar oğlu; Mammadov, Vugar MammadhuseynAs it is known, the investigation of enemy forces, time of the outbreak of hostilities, direction and the kind of activities are the tasks of military reconnaissance. For the purpose of investigation of the directions and fields of gathering of the reconnaissance information, revealing an importance of enemy activities the reconnaissance indications are determined. The reconnaissance indications are determined in accordance with tactical activities (assault, counter-offensive, defence, etc.). The formation of a base of the reconnaissance indications is offered for application these indications in the future. In the paper, the method of conclusion in accodance with reconnaissance indicators has been considered. The method of construction of the algorithms conclusion based on the results recipience of reconnaissance data processing has been offered for solution of the reconnaissance tasks.Документ Computer modelling of a very heat resistant Hf6C3N2 for cover ofhypersonic flight vehicles(Національний технічний університет "Харківський політехнічний інститут", 2020) Bayramov, Azad Agalar oğlu; Gasanov, Arzuman Gardashkhan oğluThe creation of a very heat resistant cover for returnable orbiters and for hypersonic flying aircrafts is an actual problem in modern science and technics.Therefore, computer modelling and investigations molecular structure of various multicomponent compounds are important tasks. In the paper, based on the computer model the molecular structure and a very heat resistant of carbonitride hafnium Hf6C3N2 have been investigated by using of the semiempirical quantum mechanical method PM3. Some mechanical, electrical, optical and thermodynamic parameters of this material have been researched. Debye temperature and melting temperaturehave been calculated. The found theoretical value of melting temperature of carbonitride hafnium Hf6C3N2 is approximated to obtained experimental results. The block diagram of carried out investigations has been presented. The results of investigations indicate that these materials can be applied as a very heat resistant cover for hypersonic flight vehicles and returnable orbiter.Документ The possibility of creating an automated control system of the various military groups(Національний технічний університет "Харківський політехнічний інститут", 2019) Mikayilov, Telman Neman oğlu; Bayramov, Azad Agalar oğluFrom the experience of war and armed conflicts that have taken place in recent times, it seems that the exchange of information in all the fields of warfare is very important in the military confrontation, which are conducted traditionally and basically using new methods of struggle. Given importance of this factor, leading states have increased their efforts to create a network command and control system of combat operations by utilizing new information technologies. Nowadays, automation of the command and control systems is an effective way of carrying out of military operations (combat operations), covering the Armed Forces command and control system from the operat ors of the arms sy stems to the top command. In this paper there have been analyzed the possibilities for data processing and its management of the Armed Forces and Weapons in the Automated Control System ( ACS). To create conditions for coordinated actions between typesof Army, the possibility of transform their response zones into a coordinated battlefield has been disclosed. During the decision-making process, it has been shown that the process of data collection, analysis and distribution is the most effective technological tool for modeling of operation.Документ Modelling of the rationally deployment of observing systems(Національний технічний університет "Харківський політехнічний інститут", 2019) Nasibov, Yashar Ali оgly; Bayramov, Azad Agalar oğlu; Sabziev, Elhan Nariman oglu; Hashimov, Elshan Giyas oğluThe various types of electron-optical supervisory control systems (SCS) have been used in Armed Forces of many advanced countries. The mission of these SCS is to supervise day and night enemy troops, technics and weapon systems, frontier intruders with high precision a great and middle distance. The SCS optimal deployment in mountainous terrain makes possibility to use rationally SCS number, because SCS has very much costs. Using the rationally SCS number we can reduce a necessity of the specialist number. Also, it accelerates comander’s correct decision making. The optimal deployment of SCS on a terrain is one of important task of military reconnaissance. The specific character of such task is that the necessary for continuing surveillance and control military objects can be located in specific zones of terrain (for examples, in canyons, along of river etc.). Accessible places of SCS set are situated on some distance from these zones. The number of SCS is limited; therefore, it is impossible to distribute theirs on the all set points. It is necessary to select such SCS set points that the zone observation range would be the largest. In present paper the mathematical model of the rationally deployment of technical observing systems in mountainous terrain has been developed and offered. The determination method of visibility level between selected terrain points has been developed. The assesment criterion of rationally deployment and the algorithm of fast solution have been offered.Документ The numerical estimation method of a task success of UAV reconnaissance flight in mountainous battle condition(NTU "KhPI", 2017) Bayramov, Azad Agalar oğlu; Hashimov, Elshan Giyas oğluThe numerical estimation of performance of battle task in mountainous region by using Unmanned Aerial Vehicles (UAV) reconnaissance flight is very important for theatre-of-war planning of battle operations. In paper, the numerical estimation method of a task support success of UAV reconnaissance flight in mountainous battle conditionhas been offered and considered. This method is based on the probabilistic approach. The battle support (security) is activities complex realized for the purpose of creation of the favorable conditions for successful battle activities and enemy impact degradation for any conditions. The battle support includes reconnaissance, electronic warfare, tactical camouflage, engineering support, radiation-chemical and biological protection, aiming control and astrogeodetic support, hydro-meteorological support, protection. The minimum of permissible safety height of UAV flight by using geoinformation system (GIS) technology has been determined. Only the UAV tactic reconnaissance flight is considered in paper. For solution of this task, the various input parameters have been took into account: security events set of the troops, security events set of UAV reconnaissance flights, set of the UAV performance characteristics, set of UAV operating conditions, set of mountainous landscape characteristics. The calculations have been carried out for the specific conditions of one of the mountainous broken ground region of the Azerbaijan Republic.Документ Investigation of the observation conditions on the terrain of war operation using GIS technology(НТУ "ХПІ", 2017) Hashimov, Elshan Giyas oğlu; Bayramov, Azad Agalar oğluThe modern geoinformation systems (GIS) have been widely applied in Armed Forces for preparation and control of battle operations, for information providing of tactic activities, for improvement of topographic maps etc. In real situations during war activity the Geography information about situation on the terrain can be ofthen changed. So, in this cause the application of usual maps isn’t effective. Only the modern automated control systems can provide fast changing information documenting. The observation condition is one of the terrain features for providing information about enemy troops position and facilities. This feature helps to detemine the distance of sight between any observation points, the invisibility factors of terrain. It is depended on nature of relief plant cover, human settlements and other objects, also meteorological conditions, influencing on the visibility. As result of correct organization of observation, the obtained data help commander to estimate completely the military operation area and adopt a reasonable deсision. In paper the observation conditions between two points of mountain terrain during battle operation have been investigated using GIS technology. The experiments for estimation of observation situation in mountain terrain has been carried out for one of the chosen region of the Caucasus. The visible and invisible areas have been revealed on the line of sight between two selected oversight points. The invisibility factors have been calculated and studied in depended on camera platform height. The visible and invisivle areas are determined under 0-180° angle in range 17941.16 m. The height profile between observations points and the digital heights model of investigated terrain have been constructed and analysed. At the various heights of camera observation platform the 3D heights models of the visible and invisivle areas have been constructed The invisibility factors between two delected viewpoints have been calculated. It is determined that if the heght of camera platform is increased above-ground level then the invisible area is decreased. ArcGIS software has been used for development and calculation measured results.