Modelli̇ng of the Rati̇onally Deployment of Observi̇ng Systems

Abstract

The 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. K e ywor d s : technical observing systems; mountainous terrain; rationally deployment; mathematical model.

Influence of the Environment on Human Health and Quality of Life (On the Example of the Greater Caucasus of the Republic of Azerbaijan)

“…In the contemporary epoch, the leap in graphic capabilities of computer technology has led to the expansion of its use fields. GIS is a computer-aided technology that collects, stores, updates, analyses, models, and forecasts spatial and attributive data related to geographic objects and events and is used in finding solutions to problems [13]. Corresponding information was carried out using the integrated tools of GIS.…”

Modeling of Observation in the Mountain Terrain Depending on Number of Supervisory Systems

“…One of the tasks of observation system organization on the terrain is an optimal number of observation devices and the correct choice of their deployment. As it was indicated above, in [7] the mathematical model for determination the visible zone of terrain from the given point based on the relief map in DTED format was offered [10,13]. DTED file is the value of heights of terrain relief and is set in the knots of the regular rectangular graticule.…”

“…However, it should be noted that in such kind realization of the offered model demands many computational resources in the case of numerous data value. On the other side, the percentage evaluation of the area of observation zone by supervisory devices towards all controlled zone formulated in [7], it is not an adequate extent of task solution. Due to security, it is conditional on demand of the view of some "continuous line" along the whole length of the observation zone.…”

“…Taking into account above, in [5][6][7] papers the mathematical model of the rational 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.…”