dynamic multithreading
Dynamic multithreading is a computing technique that allows a processor to manage multiple threads of execution simultaneously. Unlike static multithreading, where the number of threads is fixed, dynamic multithreading can adaptively allocate resources based on the workload. This flexibility helps improve performance by maximizing CPU utilization and reducing idle time.
In dynamic multithreading, the processor can switch between threads on-the-fly, allowing it to handle tasks more efficiently. This approach is particularly beneficial in modern processors, such as those developed by Intel and AMD, where multiple cores can execute different threads concurrently, enhancing overall system responsiveness and throughput.