"Matlab仿真排队论：学习M/M/S和M/M/n/n模型的基础知识"

This experiment focuses on the utilization of MATLAB simulation to understand the principles of queuing theory, specifically the M/M/S and M/M/n/n queuing models. Queuing theory is essential in studying waiting lines and analyzing systems that provide services to customers. The experiment aims to provide a comprehensive understanding of queuing theory and its applications in various scenarios. By utilizing MATLAB for simulation, students can explore different queuing models and analyze their performance under different conditions. Key concepts covered in this experiment include the M/M/S model, which represents a system with a single server and multiple queues, and the M/M/n/n model, which represents a system with multiple servers and queues. Additionally, students will also explore concepts such as Erlang B and Erlang C in the context of queuing theory. Through this experiment, students will gain valuable insights into the efficiency and optimization of queuing systems, helping them better understand the dynamics of waiting lines and service delivery. The provided MATLAB code allows for hands-on experience in simulating queuing models and analyzing their performance metrics. Overall, this experiment serves as a practical and interactive way to learn queuing theory and its real-world applications, preparing students for future challenges in system analysis and optimization.