It's unclear why the original Linux developers made the decision to build a non-preemptive kernel. In a single-processor system, what is the benefit of a non-preemptible kernel? But why does a multi-processor system have less of an advantage?
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It's unclear why the original Linux developers made the decision to build a non-preemptive kernel.
In a single-processor system, what is the benefit of a non-preemptible kernel? But why does a multi-processor system have less of an advantage?
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- It's unclear why the original Linux developers made the decision to build a non-preemptive kernel.In a single-processor system, what is the benefit of a non-preemptible kernel? But why does a multi-processor system have less of an advantage?Why did the original Linux developers choose to construct a non-preemptible kernel?What is the advantage of a non-preemptible kernel in a single-processor system? Why, on the other hand, is the advantage diminished in a multi-processor system?Why did the original Linux developers choose for a non-preemptible kernel?What is the advantage of a non-preemptible kernel in a single processor system? But why is the advantage diminished in a multi-processor system?
- Why did the original Linux creators choose for a non-preemptible kernel?What is a non-preemptible kernel's advantage in a single processor system? Why, therefore, does the advantage diminish in a multi-processor system?One could wonder why the original Linux developers opted for a non-preemptible kernel.What use case best justifies a non-preemptible kernel on a single-processor system? But why is the advantage diminished in a multi-processor system?Why did the original Linux developers decide to make a non-preemptible kernel?What good does a non-preemptible kernel do in a single-processor system? To the contrary, why does the advantage diminish when using several processors in a single system?
- Why did the original Linux developers decide to build a kernel that does not support preemption?What are the benefits of using a non-preemptible kernel in a system that only has one processor? However, why does the benefit become less significant when using a system with several processors?To what end did the first Linux developers choose to build a non-preemptible kernel?Where does a non-preemptible kernel's advantage lie in a single-processor system? However, why does the advantage diminish when using several processors in a single system?It is not entirely obvious why the original architects of Linux chose to create a non-preemptive kernel instead of a preemptive one.What are the advantages of using a non-preemptible kernel in a system that only has one processor? So why does a system with several processors have a disadvantage rather than an advantage?
- When designing Linux, why did the original developers choose for a non-preemptible kernel?Which benefits does a non-preemptible kernel provide in a single-processor system? But why is the advantage diminished in a multi-processor system?Why did the original developers of Linux decide to go with a kernel that was not preemptible?What advantages does a non-preemptible kernel provide to a system with only one processor? Why, though, is the advantage diminished when working with several processors in a single system?It has never been made explicit why the creators of Linux chose to create a non-preemptive kernel.Just what advantage does a non-preemptible kernel provide in a single-processor system? Why, therefore, does using many processors result in less overall performance improvement?