جستجوی مقالات مرتبط با کلیدواژه « بازی جنگ » در نشریات گروه « علوم سیاسی »

From the distant past, the possible outcomes of the battle have been the focus of the military and politicians. The war game is a combination of experiences of past wars and science. The war game is like a chess game where there is a screen with several imagined ways to determine the direction of movement in front of the users. The war between Iraq and Iran is one of the most important international events that has continued for eight years, and the military experiences of our armed forces from the operations carried out in the holy defense, such as the Fatah-ul-Mobin operation, are so important and valuable that It can be an inspiring and native source for teaching in military scientific and research centers in formats such as war games. The purpose of this research is to analyze and express the main elements of the war game Operation Fatah Al Mobin.
In this research, the type of "applied-developmental" research and the "descriptive-analytical" research method and two questions about the war game and the main elements of the war game of Fatah Al Mobin operation have been raised.
The mentioned operation war game has been analyzed and according to the conceptual model of the research taken from the opinion of the professors of this field, the elements of the war game have been counted in three physical, cognitive, and informational domains, as well as 12 elements of the subset of domains

War games have been a valuable tool for many countries to pursue various objectives in military and security matters throughout history, as evidenced by the world's military education literature. Numerous studies have indicated that war games were also prevalent in the earliest conflicts of human societies. The purpose of this research is to examine war game design and development for creating a digital game at strategic levels. The research method employed in this article is descriptive-analytical. The present research belongs to the mixed-methods category. The data collection method consists of library research using note-taking tool, experimentation, observation and questionnaire, and the data analysis method is deductive. In this research, all the components and mechanics of war game design are documented, which can be useful for developing a similar system. The findings reveal that players adopt different strategies in the system according to their four play styles, which are compatible with their own preferences.

In the multi domain environment of current wars, the war game is considered an effective tool for familiarizing the commanders with the operational environment and making optimal and innovative decisions. The purpose of this research is to identify and classify the effective factors in the design and implementation of the war game.

The research method is exploratory factor analysis. The research is applied in terms of purpose, and in terms of mixed work method and descriptive-survey execution type. In order to collect the required information and data, documentary and library reviews related to valid domestic and foreign books have been used. Based on the study of sources, a researcher-made questionnaire tool was developed in order to collect information. The validity of the questionnaire was confirmed by the face/content method and reliabilities with Cronbach's alpha coefficient of 0.82 and it was divided between the samples.

A number of 41 characteristics in the war game design and implementation field were analyzed using SPSS software and Bartlett's, KMO, and correlation matrix tests, and the results of data analysis were divided into 4 main components in the design dimension and 4 main components in the execution dimension.

the results of data analysis were divided into 4 main components (Actors, technology, rules of game, scenario) and 16 sub-indexes in the design dimension and 4 main components (actors, technology, physical environment, and scenario) and 19 sub-indexes were identified in the execution dimension of the war game.

This article examines and identifies the criteria of the artillery wargame matrix and its synchronization with the maneuver unit wargame in the coordinated attack.This article, while examining the process of implementing the commander's decision-making steps in combat and how the brigade artillery battalion commander performs in the implementation of the maneuver unit wargame, seeks to answer the question, what are the criteria of the artillery wargame matrix in the coordinated attack?Due to the exploratory nature of the research, this research has no hypothesis and is based on the goal. The main goal of this article is to "identify the criteria of the artillery wargame matrix in coordinated attack".The current research is descriptive and tries to discuss the role of tactics, gunerry, mapping and anti-fire as independent variables in the preparation of the artillery wargame matrix in synchronizing with the maneuver unit wargame in the coordinated attack as a dependent variable. In this research, the researcher has succeeded in calculating 19 components that can form the matrix of the artillery war game; Among the most important of them, we can mention minimum coordination of fire support, more appropriate communication and ability (directional and ranged).

n this article, the implementation of the strategic war game between Iran and Turkey has been researched based on the dimensions of economic, political and defense-security confrontation. Therefore, the general goal of this research is to explain how the strategic war between Iran and Turkey is played. The current research is of applied type and was carried out in a descriptive method with a qualitative approach. The expert community of this research includes experts and experts in the fields of war game theory, military, economic and social operations of the two countries of Iran and Turkey who have a doctorate degree or jobs of 18 and above. The number of these people and applying the special coefficient was estimated to be 25 people. In this research, only interviews with experts were used. Therefore, 15 people were selected as a sample using non-probability targeted (judgmental) sampling.With the investigations carried out from the interviews with experts and experts and the study of upstream sources and documents, the sample society of economic confrontation with the components: commercial competition and natural resources, political confrontation with obstacles and sources of tension, influence and power projection, regional competition and defensive confrontation - Security with the components of obtaining nuclear energy, membership in regional and international military agreements, and weapons and military technology have been considered practical.

The war game is one of the most common methods of military futurology or, to put it better, military future creation. The intended research is applied in terms of purpose and descriptive-survey research in terms of procedure. This research is in the field of decision-making and the use of AHP method has been used to prioritize the strategies that determine the battle scene. The statistical population of the research was 60 people and the statistical sample of the research was 20 experts in the field of air defense. In this research, strategies have been prioritized in four steps: 1- Enemy operational level 2- Insider operation level 3- Tactical level confrontation 4- Tactical level war game. Also, ADSS and STK software were used and the instrument used was a researcher-made questionnaire, and to check the validity of the instrument, the content validity of the instrument was approved by experts in the field of air defense, and Cronbach's alpha test was used for the reliability of the research instrument. A number of 0.83 was obtained. The result of this applied research is the prioritization of the strategies that determine the battle scene with the war game approach in the command and control system in the field of air defense, which provides the possibility for the organization to take a purposeful step in the future and not be captured by future incidents.

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.

The superiority of modern warfare depends to a large extent on using advanced and emerging technologies in battlefield control systems along with weapons systems, and in this regard, the role of effective command and control system has been proven as one of the leading factors in recent wars. The war gamming has been proposed as a modern method of decision making based on cross-examination of events as well as solving military problems, which will also realize decision making based on operation research and intelligence superiority in command and control.Accepting the fact that war is inherently unpredictable leads us to no relay to any factor as sole factor of success and try to maximize the versatility of our forces, conduct military operations with the conditions and requirements of each conflict. Nowadays commanders of battlefields to meet unorganized (non-pre-defined) growing needs, use a variety of systems such as war gamming to predict what they may encounter on the battlefield, and make the best decision in the face of different battel situations

With the advancement of technologies related to cyber domains, the threats related to intrusion, disruption and sabotage in these domains have also increased and the decision makers of stakeholder organizations in these domains should be able to In the event of any threat, appropriate decisions should be made and the relevant users should be able to implement these decisions correctly. One of the things that builds and strengthens this ability in decision makers and users is the game of cyber wargaming.In the present article, with the aim of explaining the technologies and technologies of cyber wargaming after collecting information Libraries and mentions of cyber wargame technologies explain them and explain the frameworks and models of cyber wargame explanation, cyber wargame platforms, training space and cyber wargame tools, similar to Applicable constructions for cyber warfare game, representations and deceptions of the enemy in cyber war game, existing exercises and scenarios in cyber wargame have been performed and finally the relevant results have been presented as a content analysis.

The purpose of this paper is to mathematically model the problem of interdiction the maximum movement of enemy forces in ground defense. Solving the proposed model gives the best strategy to help army ground commanders for preventing the maximum transfer of enemy forces and equipment. This can be regarded as a significant matter of the wargame involving two players. The first player tries to move his maximum forces whereas the second player tries to damage or limit the enemy's movement routes with the least cost and equipment in order to prevent the transfer of enemy forces as much as possible. Different models for this problem are presented based on real-world assumptions. Finally, the performance of the final model is evaluated using the simulation of the war between Iraq and Kuwait. The results show that the use of the mathematical approach has a good performance to stop and to weaken the enemy.

One of the methods used to prepare and increase the capability of military commanders in the field of decision-making, decision-making and feedback from decisions in universities, research institutes or military training centers, is the method of war game or situation simulation. War game is divided into different categories, each of which has its own characteristics and features. In this research, we have used the library approach to collect literature in the field of war games and by classifying them, the present study has become an applied research whose achievements can be used in future planning and planning in war game design, implementation and training centers. In this research, data collection has been done by field and library methods. The result of the research identifies the types of decision-making patterns and models in war games and helps planners to design, execute and train war games in order to improve the ability of commanders to provide appropriate solutions by recognizing decision-making patterns.

Decision-making is the result of the commander's vision of "action," and the role and role of war play out as part of the analysis in support of military decision making. The purpose of the present study is to explain the role of war play in enhancing the decision-making power of the armed forces commanders. The researcher seeks to answer this question: What is the role of the war game in enhancing the decision-making power of the armed forces commanders? Given the nature of the subject, the research was applied because of the achievements of those commanders, the designers of the armed forces. The research method is descriptive. The researcher collects data in two ways: field, library and self-portrait based on years of experience teaching specialized courses, staff planning, and designing and performing maneuvers of war, classical, unbalanced, priestly, and water. ا Ground is in the Ajay Command and Staff University. The research concludes that the game of war plays a decisive role in enhancing the decision-making power of the armed forces commanders. And it's a powerful tool that helps militaries, designers, and commanders use two methods - one analyzing their own and enemy's workflows based on desired components and characteristics, the other by formulating complex scenarios with nested issues. Promote the martial arts, the art of fighting, the ability to predict, the power of analysis and decision-making.

Wargaming is one of the methods of training for military commanders in field of decision taking and decision making. Game theory is used as one of the techniques of wargaming in modeling problems with conflict situations. The aim of this article is to introduce readers about games of Colonel Blotto and Colonel Richard. In these games, the two blue and red commanders are competing in a single battle position on several fronts. Proper allocation of forces according to the rules of the game by the players will lead to victory in the game. After introducing the introductory version of Colonel Blato's game, a special type of game, Colonel Richard's, is discussed and a solution is presented.

One important problem in strategical planning is about defense management of the silos, including continental ballistic missile. Various tactics are employed in order to increase the possibility of successful protection of such silos in response to the first attack of the enemy. In addition to new technologies, management of technologies is far important in success and less important in failure. Wargaming is regarded as one of the defense management methods. Decision-maker uses different mathematics and Artificial Intelligence methods besides the experiences of military intellectuals. Game theory is a method of modelling and solving the problem of decision-making in military terms. For example, how decisions are going to allocate to defense and attack sectors is one of the application of technology management. In anti-ballistic missile defense, it is possible to allocate the optimal number of wayfounder missiles toward the defensed silos, increasing the protected silos. In this research, the way of employing game theory in order to analyze and model this problem is used, that is, the defender how to allocate way-founder missiles, and the attacker how distribute the multi-headed ballistic missiles. This problem is considered as a constant-sum game, which is a type of the zero-sum game. Finally, by using min-max and max-min methods, the solution and the equilibrium are presented.