Computer Science, asked by suhebkhan95, 6 months ago


Which of the following is FALSE?
Options
O
User level threads do not need any hardware support
c) Related kernel level threads can be scheduled on different processors in a multiprocessor system
d) Blocking one kernel level thread blocks all other related threads
Context switch time is longer for kernel level threads than for user level threads
Clear Response​

Answers

Answered by anuchahal27
0

Answer:

D is the correct answer

Explanation:

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Answered by syed2020ashaels
0

Answer: correct option is D which is Blocking one kernel-level thread blocks all other related threads

Explanation:

A kernel thread is a schedulable entity, which means that the system scheduler handles kernel threads.

Known to the system planner, these threads are highly implementation-dependent. To make writing portable programs easier, libraries provide user threads.

A kernel thread is a kernel entity such as processes and interrupts handlers; it is an entity that is processed by the system scheduler. A kernel thread runs within a process but can be referenced by any other thread on the system.  For more information on kernel programming, see Kernel Extensions and Device Support Programming Concepts.

A user thread is an entity used by programmers to handle multiple streams of control within a program. The API for handling user threads is provided by the thread library. A user thread exists only within a process; a user thread in process A cannot reference a user thread in process B. The library uses a proprietary kernel threading interface to run user threads. The user thread API, unlike the kernel thread interface, is part of the POSIX-compliant portable programming model. Thus, a multi-threaded program developed on AIX can be easily ported to other systems.

On other systems, user threads are simply called threads, and the simplified process refers to kernel threads.

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