Description: Multi-user queue scheduling is a resource management method in operating systems that allows efficient CPU time allocation to multiple users or processes. This approach is based on creating queues for each user, where tasks are organized and prioritized according to specific criteria, such as urgency or waiting time. The main feature of this system is its ability to balance the workload among different users, ensuring that none monopolizes the system’s resources. This is especially relevant in environments where multiple users require simultaneous access to the CPU, such as in servers or distributed computing systems. Multi-user queue scheduling aims to optimize overall system performance, minimizing response time and maximizing CPU utilization. Additionally, this method may include scheduling algorithms such as Round Robin, FIFO (First In, First Out), and SJF (Shortest Job First), which determine how queues are managed and resources are allocated. In summary, multi-user queue scheduling is essential for ensuring efficient and fair operation of computer systems in multi-user environments.
