Dynamic Scheduling
Dynamic scheduling is a computer science concept where tasks, processes, or resources are allocated and managed in real-time based on changing conditions, rather than using a fixed, predetermined plan. It is commonly used in operating systems, distributed computing, and real-time systems to optimize performance, handle varying workloads, and adapt to unpredictable events. This approach allows systems to be more flexible and efficient by making scheduling decisions on-the-fly as new information becomes available.
Developers should learn dynamic scheduling when building systems that require high responsiveness, resource efficiency, or adaptability to fluctuating demands, such as in cloud computing, task scheduling in operating systems, or real-time applications like video streaming or autonomous vehicles. It is essential for scenarios where workloads are unpredictable, deadlines must be met, or resources need to be allocated dynamically to maximize throughput and minimize latency, ensuring optimal system performance under varying conditions.