The original Linux developers built a non-preemptible kernel for whatever reason. What good does it do to have a non-preemptible kernel in a single-processor computer? However, with a system with several processors, why does this benefit decrease?
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The original Linux developers built a non-preemptible kernel for whatever reason.
What good does it do to have a non-preemptible kernel in a single-processor computer? However, with a system with several processors, why does this benefit decrease?
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Solved in 3 steps
- The original Linux kernel was non-preemptible because... What are the benefits of a non-preemptible kernel for a system with a single processor? Because the benefit is diminished in a computer with several processors.The original Linux kernel was non-preemptible because...What are the benefits of a non-preemptible kernel for a system with a single processor? Because the benefit is diminished in a computer with several processors.Why did the original developers of Linux chose a kernel that did not support preemptive multitasking?What are the advantages of using a non-preemptible kernel in a system that only has one processor? However, why is the value diminished when using a machine with several processors?
- Why did the original developers of Linux choose a kernel that did not support preemptive multitasking? What are the advantages of using a non-preemptible kernel in a system that only has one processor? Yet, why is the value diminished when using a machine with several processors?Why did Linux evolve a non-preemptible kernel?A non-preemptible kernel in a single-processor system appears unneeded. Why does a system with several processors not perform better?Why did Linux's creators chose a non-preemptible kernel?What does a non-preemptible kernel do in a single-processor system? Why is the advantage decreased in multiprocessor systems?
- Why did the original developers of Linux chose a kernel that did not support preemptive multitasking?What are the advantages of using a non-preemptible kernel in a system that only has one processor? Yet, why is the value diminished when using a machine with several processors?Why did the original Linux developers chose a non-preemptible kernel?In a system with a single processor, what is the advantage of a non-preemptible kernel? Yet, why is the advantage diminished in a multiprocessor system?Why did the original Linux engineers design a kernel that does not enable preemptive processing?Why would you want to use a non-preemptible kernel in a computer system with a single CPU? Alternatively, why does the presence of several processors in a system diminish the significance of the benefit?
- Why did the first Linux developers choose to build a non-preemptible kernel?How does a non-preemptible kernel benefit a single-processor system? In contrast, why is the benefit lessened in a multiprocessor system?Why did the designers of Linux choose to use a non-preemptible kernel?Why would you use a non-preemptible kernel for a single processor system? Why does a multiprocessor system provide less benefits?Why the original Linux developers decided to construct a non-preemptive kernel is unclear.In a system with a single processor, what is the advantage of a non-preemptible kernel? Alternatively, why does a multiprocessor system lose this benefit?