Threads and Multithreading Assignment Help
Introduction to Threads and Multithreading:
A thread is a flow of execution through the process code with its own program counter, stack and system registers. A thread is also called a light weight process. It provides a way to improve application performance through parallelism. Threads and multithreading represent a software approach to improving performance of operating system by reducing the overhead thread is equivalent to a classical process. Every thread belongs to exactly one process and no thread can exist outside a process. Thread and multithreading represents a separate flow of control. It has been successfully used in implementing network servers and web server. Threads and multithreading also provide a suitable foundation for parallel execution of applications on shared memory multiprocessors.
Threads are implemented in following two ways
- User Level Threads -- User managed threads
- Kernel Level Threads -- Operating System managed threads acting on kernel, an operating system core.
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Advantages of Thread and Multithreading:
- Thread and multithreading minimizes context switching time.
- It uses of threads provides concurrency within a process.
- Thread and Multithreading provides efficient communication.
- Thread and Multithreading utilization of multiprocessor architectures to a greater scale and efficiency.