Answer
The thread library function performs the following actions to context switch between user level threads:
1. Copy all live registers to Thread control Block (TCB)
2. Restore the state of the thread to run next i.e. (copy the values of live registers from (TCB) to registers)
3. Move to the next thread to execute
wefts
It was invented so it could produce stronger threads for yarns
There are 108 double stiches and 216 stiches altogether.
Its to twirl a weighted spindle and twine fibers into threads
spinning jenny
Context switching between kernel threads typically requires saving the value of the CPU registers from the thread being switched out and restoring the CPU registers of the new thread being scheduled.
POSIX threads are user level threads, because had a interface library and the operating systems don't control his ejecution and does not know
If you are developing your application in user space, you can use POSIX threads implementation from glibc library. bash# man pthread_create You can also implement threads in kernel space using kthreads.
Plumbing pipe threads are squared and conduit pipe threads are tapered.
Water pipe threads are tapered, electrical pipe is not tapered.
Internal threads are threads inside of a hole in something. Like a nut, for instance. External threads are threads on the outside of a cylindrical object. Like a bolt, for instance. hth, Steve
Metric threads are called that way, because you measure the distance between the threads (at the highest point), in millimeters., As opposed to SAE (standard), which are measured by the number of threads in an inch.
-> Difference between process based and thread based multitasking: 1) threads share the same address space where as process doesn't. 2) context switching between threads is usually less expensive than between processes. 3) cost of communication between threads is relatively low.
Kernel level threads take a longer time to context switch since OS will have to save and reload each and every TCB (Thread Control block) where as in user level no kernel intervention threads simply context switch more efficiently. But there are disadvantages such as since OS sees the user leve threads as a whole process it will not give a large portion of CPU time for execution if a thread is blocked the whole process goes to the waiting state please correct my answer if im wrong godlovesu49@hotmail.com thanks regards yo
screw thread are single threads which means they are not double
There is a lot of information about Java threads. The local library has many books on this topic. Also, websites like Oracle and O'Reiley have information on this topic for the public.
13 threads per inch pitch is 1/13 = 0.077 inch ( pitch is distance between threads)