Q. Microkernel is responsible for mapping each virtual

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Q. Thread processor affinity is the set of

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Q. In UNIX, the thread is

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Q. When a process is spawned, a thread for that process is also

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Q. A sequence of data is transmitted to a set of

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Q. A set of processors simultaneously execute different instructions on different

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Q. A new process is created in Linux by copying the

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Q. Multithreading refers to the ability of an operating system to support multiple

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Q. A microkernel architecture works well in the context of an

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Q. When a new process is created in Win32 the new process inherits many of its

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Q. A single processor executes a single instruction stream to operate on data stored in a single

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Q. Each windows process is represented by an

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Q. With Microkernel architecture it is possible to handle hardware interrupts as

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Q. The process or task in Linux is represented by a

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Q. Windows processes are implemented as

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Q. Kernel threads are directly supported by

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Q. The motivation for converting interrupts to threads is to reduce

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Q. Process image is the collection of

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Q. The Kernel dispatcher keep track of all the ready

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Q. A process can map any of its pages into the address space of another

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