Call admission control (CAC) is an essential aspect of modern telecommunications networks. It involves managing network resources to ensure that new calls can be established without disrupting existing calls or degrading overall network performance. In recent years, artificial intelligence (AI) techniques have been applied to CAC to improve its performance and efficiency. Analytical studies of call admission using artificial intelligence techniques typically involve developing algorithms and models that can be used to optimize CAC in various network environments. These studies may use a range of analytical techniques, such as simulation modeling, optimization methods, and statistical analysis, to evaluate the performance of AI-based CAC systems. One of the key areas of focus in analytical studies of AI-based CAC is the use of machine learning algorithms to predict network traffic and determine the optimal network resources to allocate to new calls. These algorithms can analyze a wide range of network parameters, such as traffic volume, bandwidth availability, and network congestion, to make real-time decisions about call admission. Another important area of focus in analytical studies of AI-based CAC is the development of optimization techniques that can be used to balance network resource allocation with the needs of individual calls. For example, some calls may require more bandwidth than others, while others may require lower latency or higher reliability. AI-based CAC systems can use these optimization techniques to prioritize resource allocation based on the needs of individual calls, while still ensuring that overall network performance is maintained. Other areas of interest in analytical studies of AI-based CAC may include the use of deep learning algorithms to improve the accuracy of traffic prediction and network optimization, the development of new communication protocols that can better support AI-based CAC systems, and the use of natural language processing techniques to facilitate communication between network operators and AI-based CAC systems. Overall, analytical studies of AI-based CAC aim to improve the efficiency and effectiveness of call admission control in telecommunications networks. By leveraging the latest advances in AI and machine learning, these studies can help telecommunications operators better manage network resources, reduce congestion and delays, and improve the overall quality of service for their customers.In conclusion, AI-based CAC has the potential to revolutionize the way telecommunications networks are managed, enabling operators to optimize network resources in real-time and deliver a better quality of service to their customers. Analytical studies of AI-based CAC are essential for ensuring that these systems are designed and implemented in a way that maximizes their benefits while minimizing their potential drawbacks. As telecommunications networks continue to evolve and grow, the importance of AI-based CAC will only continue to increase, making these analytical studies a critical area of research for the future of telecommunications.