Computers can do many things at the same time. In order to keep track of those things, each is assigned a process. In the process, the computer keeps track of which program is running, how much memory it needs, what files it has open, etc. A "process", therefore, is something like a unit of work. Inside a process, a program runs, and the program may cause other "processes" to start, inside of which will be other programs. The computer will initiate a process also when you double click on an icon to start a program. A program can start other processes, in fact many pieces of software are actually running many processes with little pieces of the software running in each process, and they all "talk" to each other, and it looks like a seamless one program event to you.
yes
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the process of transmitting messages between neurons
it is important because it interferes with the conversation between the sender and the receiver.
it is important because it interferes with the conversation between the sender and the receiver.
The main biological process is fairly similar between the two. There are some miniscule differences though, if I'm nog mistaken. It's only society that makes a distinction between them.
Relevant cost is that cost which is necessary for the underlying decision in decision making process while irrelevant cost is not necessary to be decision to be made.
The term 'lead time' means the time interval between the initiation and the completion of a production process. This is important because it is the communication process between the supplier and the warehouse. It is the easiest way to find out when your order will be available.
The most important process is to Observe
I would like to know the varies ways that the imagination can be stirred or awakened.I also would like to know the most current distinction between thought, idea, impression, and concept
No, a busy wait cannot probably be avoided altogether. In a uniprocessor system, one could inhibit interrupts during wait()andsignal()operations in semaphores, but that is not possible in multiprocessor systems. In fact, a busy wait (orspinlock), can be useful, especially in multiprocessor systems, when the wait is expected to be short (as withwait()andsignal()), because no context switch is required when a process must wait on the lock.
What is workforce planning