Izvestiâ Rossijskoj akademii raketnyh i artillerijskih nauk

The article presents the essence and examines the experience of implementing approaches to ensuring the combat stability of the command system of a group of troops (forces) during a special military operation. Some problems are considered and systemic measures are proposed to increase the stability of the functioning of military authorities, the survivability of points and controls.

The article provides a theoretical justification for finding the projectile's launch angle based on the initial geodetic range to the target. The calculation of the projectile's parabolic flight path is based on integrating the system of differential equations of external ballistics, while specifying two fixed points that determine the range at zero elevation angle and the range at an elevation angle of 20 degrees, and one variable point.

A model of physical protection of ground-based weapons, military and special equipment from short-range anti-tank guided missiles is presented. The case is being considered when anti-missiles of active protection complexes with uncontrolled flight to the point of detonation of a warhead are used to protect objects.

The issue of organizing the computer modeling system (CMS) composition using the
interprocess communication of computer model and model running dispatcher is considered.
CMS include computer model and automation service facilities, such as process running dispatcher, initial data preparation module, results analysis module. The computer model structure is based on digital twins and digital fractals hierarchy.

In the modern wars and armed conflicts conditions, the urgency of the problem of operational analysis of intelligence information has increased in order to identify important highly maneuverable enemy targets, the timely destruction of which has a significant impact on the outcome of the battle (operation). The article presents methods for automated solution of creative tasks of intelligence analysis using artificial intelligence technologies.

The article discusses the aerodynamic method of testing an aircraft on a stand operating on the principle of a short-term wind tunnel with an open working part. The tests were aimed at studying the possibility of loading the testing object, predicting and refining the calculated vibration loads. The article presents a test scheme, the main results, and solved problems.

The models of formation of the technological appearance of new weapons and an example of their practical implementation in substantiation of creation of a laser system are presented in a systematized form. The main distinctive feature of the proposed models is the possibility of implementing a multi-variant choice of the technological appearance of new weapons taking into account the joint use of existing and new technologies.

The article analyzes the combat capabilities of modern underbarrell grenade launchers
to hit the enemy's manpower protected by anti-shrapnel individual armored suits. The
protective properties of the individual armored suits applied by soldiers are evaluated and the article concludes the necessity to increase the combat power of underbarrell grenade launchers' ammunition for hitting the manpower protected by individual armored suits. The technical ways of realizing the proposed directions of developing the underbarrell grenade launchers.

This article continues the cycle of works devoted to research in the field of motion of multiagent systems (swarms). The article provides a visualization of various swarm movement options based on a previously developed mathematical model. It is shown how the swarm, striving for a predetermined goal, independently, without additional instructions from outside, overcomes various types of obstacles.

Based on archival and documentary research, the issues of the creation process and phased tests of domestic deep-sea submarines in the period 1953–1973, in which graduates of the BSTU "VOENMEH" named after D.F. Ustinov actively participated, are considered. Their contribution to the creation of an emergency ascent system for a deep-sea submarine based on the use of powder gases is presented.

The variety of tasks of daily activities necessitates a systematic approach to their solution. In the absence of such an approach, it is possible to optimize individual solutions for daily activities, but not to increase their overall effectiveness. One of the reasons for this situation is to underestimate the comprehensive coverage of all areas of daily activity within a system. A conceptual view on the construction of such a system, on a typical scheme for organizing its activities and on a promising way to intensify the training of variously integrated (interacting) units using training tools is presented in this article, which determines its relevance.