فصلنامه بازی جنگ
پیاپی 8 (بهار و تابستان 1400)

The updating and upgrading of the current battle scenes is based on the design, selection process and implementation of system structures, equipment and weapons in organizations based on integrated information networks. In this research, an attempt has been made to explain the defensive layered structures of command and control systems, by expressing the weak points of these structures, to bring an effective critique to this topic, and in the following, the feasibility of replacing layered structures with modular structures, which is a new solution to increase the speed of performance and decision-making. in the processes of command and control systems based on this model, he stated. The results of this research indicate the increase of resilience as one of the most basic factors of quality measurement of command and control processes in modular structures compared to layered structures.

War game is a method and a tool that enables commanders and managers to make optimal decisions. The role of playing war in different fields (military, economic, political, social and cultural, etc.) is to choose the best internal solutions against threats, or in other words, to make a good decision. The war game is a process with specific rules and steps that tries to visualize the flow of the mission of the internal forces and takes into account the capabilities, strengths and weaknesses and possible solutions of the internal force and the opponent or enemy in the form of action, reaction and counteraction. The war game is the most valuable stage of analysis and analysis of the solution in operational estimation. The wargaming process tests a strategy or modifies an established strategy. The aim and findings of this article is to present a process model of the war game in command and control and to create a standard method for unanimity in doing this. Undoubtedly, decision-making and planning, which are considered critical steps in command and control, will be effective and desirable when they use the war game method. The research method in this article was library and documentary study and using reliable scientific sources, the experiences of experts in this field through in-depth interviews.

War game is a method and a tool that enables commanders and managers to make optimal decisions. The role of playing war in different fields (military, economic, political, social and cultural, etc.) is to choose the best internal solutions against threats, or in other words, to make a good decision. The aim and findings of this article is to present a process model of the war game in command and control and to create a standard method for unanimity in doing this. Undoubtedly, decision-making and planning, which are considered critical steps in command and control, will be effective and desirable when they use the war game method. The research method in this article was library and documentary study and using reliable scientific sources, the experiences of experts in this field through in-depth interviews.

Battle scenes become more complicated as humans acquire new technologies. Information is important as one of the most influential elements of victory in battle and it causes the development of information and command and control systems. The emergence of artificial intelligence technology has caused tremendous changes in the dimensions of human life, wars also benefit from this technology as one of the undeniable dimensions of human life. The purpose of this research is to investigate the application of artificial intelligence dimensions in intelligent command and control systems in the battle scene. The current research is of an applied type and with a mixed method, while studying the library and documentary sources, the collected data has been quantitatively analyzed and the results have been used in a qualitative method. Based on the findings of the research, the use of artificial intelligence technology in innovative command and control systems is effective and has an acceptable operational efficiency and gives this possibility to the commanders of the battlefield, which firstly maximizes the speed of correct decision-making to respond to threats and needs, and secondly Significantly reduce the level of human decision making error. At the end, the researchers have provided practical suggestions.

Big data technology allows for real-time decision-making, low processing time and cost, high analysis speed, improving the effectiveness of command and decision-making, the possibility of simulating the battle scene, integrated management and intelligence of the new generation command and control system, and is necessary for gaining military superiority in future wars. This research is qualitative, which is practical in terms of purpose, and library method has been used to collect information, which by examining the role of the emerging big data technology in the development of new generation command and control networks, it has come to the conclusion that the development of big data, challenges and serious security requirements brings This technology collects data generated from the battlefield (data generation layer), analyzes and analyzes (data processing layer) and manages it (data exploitation layer). and performs the required security measures for each layer. In this research, first, to increase the general understanding of big data and the military environment, an overview of the new generation C2 system, the characteristics of big data model (6V) and the life cycle of big data, the five-phase model, and while presenting a framework that divides the C2 system into three layers, the roles And the components of each layer are described in detail by considering the life cycle of big data and the system framework, and finally a security architecture is proposed by specifying the security requirements for each layer.

Pilots need special and targeted training in the conditions of windy flight, flying with a hnstruments, flying in different weather conditions and adverse weather conditions, emergency flight, etc. Some of these trainings are done in real helicopter flight conditions and some others are done in simulators. It is done very specially so that the students after graduation can handle any unwanted conditions in the real flight. The purpose of this research is to explain the effect of using the helicopter fixed base simulator 205 on the training of pilot students from 1394 to 1399, and the researcher has answered the question, to what extent the use of the helicopter fixed base simulator 205 from 1394 to 1399 affects the training of students. Has the pilot had an effect? The type of applied research, its method is descriptive and the research approach is mixed. Information data has been collected by field and library methods and with interview and questionnaire tools and analyzed using descriptive and inferential statistics. The results obtained from the mixed analysis indicate that the use of the 205 helicopter fixed base simulator in the training of pilot students in wind and machine flight had a great effect and had little effect in flying in adverse weather conditions.