Description: Dynamic Time Slicing is a CPU scheduling method that flexibly adjusts the time slices assigned to running processes. Unlike fixed-time scheduling algorithms, where each process receives a predefined CPU time, dynamic slicing allows the time allocated to each process to vary based on its behavior and needs. This approach aims to optimize CPU usage and improve system responsiveness in computing environments where processes have different priorities and time requirements. Key features of dynamic time slicing include the ability to monitor process states, real-time adaptation to system conditions, and prioritization of critical processes. This method is particularly relevant in modern computing systems, where efficiency and fairness in resource allocation are crucial for overall performance. Dynamic time slicing not only enhances CPU utilization but also contributes to a smoother user experience by reducing wait times and increasing application responsiveness.
