Immediately Mathematical Model of Maneuverability of the Items of the Administration

At the current stage of the reformation of the Armed Forces of Ukraine in the context of the operation of the United Nations (Anti-Terrorist Operation (ATO)), there was a need to increase the effectiveness of the use of troops without increasing the cost of the resource. In the context of increasing capabilities of the armies of the leading countries in the world to investigate and defeat the forces of the opposite side, the problem of maintaining and restoring combat capability in the course of hostilities is very acute. One of the important components that determines combat capability is the maneuverability of the control points (PU). In the course of the defense, the problem of increasing the survivability of the PU system is important because the forces of the opposite side, with the onset of aggression, will try, first of all, to dismantle the PU using modern means of defeat and the massive use of high-precision weapons (WTZ), as well as aircraft and artillery strikes, electronic information and information fight, the use of sabotage and reconnaissance groups and tactical airborne troops to disrupt the control of defending troops. Important importance of the ability to timely carry out maneuver (organized movement) of PU and its elements into a new area in the preparation and in the course of military operations. The traditional approach to ensuring the survivability of PU does not allow to ensure the proper stability of their functioning. There is an objective necessity in the development of such a mathematical model of maneuverability, which in its characteristics would meet the dynamically increasing requirements of the control system of troops in the difficult conditions of projected operations. To ensure the quality management of military units, various measures to ensure the survivability of PU are considered. The article outlines approaches to the definition of indicators of estimation of maneuverability of PU and methods of their calculation. The research is carried out in modern conditions of combat operations, taking into account the movement of the line of the combat collision of the parties and the disclosure of the PU to the enemy's intelligence

Analysis of the Functioning of Battlefield Control System of Engineering Support of an Operation, Problems and Ways of Its Solution

The article deals with the analysis of the functioning of battlefield control system of engineering support of an operation, problems and ways of its solution. On the basis of complex systems management of general theory the main points were defined. The object of an operation engineering support can be introduced as a minimum three level hierarchy of embedded in each other's processes. The problems of engineering support management were defined and ways of its solution were suggested

Analysis of Troops Groupings in Modern Local Wars and Armed Conflicts

The results of the analysis of recent military conflicts convincingly show that the forms and methods of the armed forces application are changing and improving. Scientific and technological progress, the rapid development of information technology, the growing role of high-precision weapons, increasing the effectiveness of intelligence, intensive automation of command and control systems change the nature of modern warfare and are having a steady impact on operational arts, including the need to further improve management theory. In modern military conflicts, new trends in the development of an armed warfare have emerged, which affect the construction of the armed forces, the development of forms and methods of their application. At the same time, there are deviations from the classical views on the military operation execution. The article presents some features of modern conflicts, shows that the main task in modern wars is to gain and maintain information superiority over the enemy through the use of a single information and communication space by the troop's groupings