Single-threaded processes only have one thread of execution -- therefore it would not be possible to have two processes waiting for input at the same time.
The memory space, where a given application is executed is called - process. A Process is the memory set aside for an application to be executed in. Within this process the thing, which is really executed is the thread. The key difference is that processes are fully isolated from each other; threads share (heap) memory with other threads running in the same application. Threads share the address space of the process that created it; processes have their own address. Threads have direct access to the data segment of its process; processes have their own copy of the data segment of the parent process. Threads can directly communicate with other threads of its process; processes must use inter-process communication to communicate with sibling processes. Threads have almost no overhead; processes have considerable overhead. New threads are easily created; new processes require duplication of the parent process. Threads can exercise considerable control over threads of the same process; processes can only exercise control over child processes. A great answer to the question can also be found here: (link moved to link section)
In computer science, edge-chasing is an algorithm for deadlock detection in distributed systems.Whenever a process A is blocked for some resource, a probe message is sent to all processes A may depend on. The probe message contains the process id of A along with the path that the message has followed through the distributed system. If a blocked process receives the probe it will update the path information and forward the probe to all the processes it depends on. Non-blocked processes may discard the probe.If eventually the probe returns to process A, there is a circular waiting loop of blocked processes, and a deadlock is detected. Efficiently detecting such cycles in the "wait-for graph" of blocked processes is an important implementation problem.
Process models can be used to help understand real processes and to identify which aspects of these processes could be supported by CASE tools.
You wouldn't pluralize "processing", but you would pluralize "process" making more than one process "processes".
Processes do not execute, it is the threads within a process that actually execute. All processes have at least one thread of execution, the main thread. If the main thread falls from scope, the process ends, taking all threads with it. This can lead to undefined behaviour if the threads are not terminated gracefully from within the main thread before it falls from scope.
In the troubleshooting process, it is important to correctly identify the problem at the beginning. This will help prevent repeating repair processes.
A daemon process is a background service, running as a disconnected process. This means it does not have a terminal interface with an output screen or a keyboard. These services run network processes, job scheduling, etc.
Not all shell processes do this. If the shell process is asking for standard input (keyboard), the Control-D is an end of file signal, which means no more data will be forthcoming. If a process requires or uses input and you tell it there isn't any, most processes will just end at that point.
The plural form of "process" is "processes."
Processes is already plural. The singular form is process.
Your internal mental processes are associated with the brain. It can include thoughts, memory, problem solving skills and language.
Your internal mental processes are associated with the brain. It can include thoughts, memory, problem solving skills and language.
The plural form of "process" is "processes."
Machining process is a broad term that refers to the cutting processes, abrasive processes and the non-traditional machining processes.
The term for this process is cognition. Cognitive processes involve mental activities such as thinking, knowing, remembering, and problem-solving.
It was there as part of the process of making it.
Electrothermal processes, and electrolyric processes are both used in manufacturing trucks. When trucks are made, these processes are really significant.