چکیده:
Artificial intelligence, as one of the leading and transformative technologies, plays an important role in strengthening the defense and security capabilities of countries. The Islamic Republic of Iran, given its scientific and technological advancements, is seriously investigating and utilizing artificial intelligence capabilities to enhance its national security and defense. This article examines the various capabilities of artificial intelligence in the defense and security fields of the Islamic Republic of Iran and analyzes the advantages and upcoming challenges, including analyzing big data, identifying cyber threats, optimizing military operations, and developing automated surveillance systems. This technology can create significant improvements in the performance of defense and security forces by increasing accuracy and speed in decision-making, optimizing resources, and reducing human errors. At the same time, challenges such as the need for appropriate infrastructure, protection of sensitive information, and management of risks related to artificial intelligence are also raised. In this article, with the aim of examining the capabilities of artificial intelligence for the defense and security applications of the Islamic Republic of Iran through conducting applied (decision-making) and developmental (value-adding) research with a mixed approach in a statistical population of 46 people, researchers seek to answer the question: what are the capabilities of artificial intelligence for the defense and security applications of the Islamic Republic of Iran? The results obtained include seven components of threats, security information, virtual training, air defense, identification, cyber, and military management, and 45 items to identify the capabilities of artificial intelligence for the defense and security applications of the Islamic Republic of Iran.
خلاصه ماشینی:
This article examines the various capabilities of artificial intelligence in the defense and security sectors of the Islamic Republic of Iran and analyzes the advantages and upcoming challenges, including big data analysis, cyber threat identification, optimization of military operations, and the development of automated surveillance systems.
The results obtained include the enumeration of seven components: threats, security information, virtual training, air defense, identification, cyber, and military management, and 45 items to enumerate the capabilities of artificial intelligence for the defense and security applications of the Islamic Republic of Iran.
Canada uses artificial intelligence for data analysis, threat identification, and precise targeting in military operations; machine learning for predicting enemy behavior, identifying cyber attacks, and improving overall cybersecurity; human-computer interaction for efficient real-time information display for personnel; and virtual and augmented reality for training defense and security personnel and simulating military operations (Sifar, 2023).
In this article, seven artificial intelligence patterns generally pave the way for enhancing artificial intelligence capabilities in defense and security applications, which were investigated: threats, security information, virtual training, identification, cyber, military management, and air defense: artificial intelligence technology findings can be utilized in various fields including threat diagnosis, prevention, identification, and resilience against threats, information gathering robots, analysis of intelligence and security data, intelligent security systems, information management, information and communications security, military personnel training, development and research, intelligent air defense systems, combating terrorism and terrorist groups, improving defensive methods, identifying cyber threats, establishing communication between different forces, individual identification systems in the combat zone, computer vision, cyber defense, social network monitoring, electronic and cyber warfare, transportation management, armament management, rapid operations management, numerical leadership in combat, crises and accidents, and risk management.
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