When a CPU interrupt is issued, the process is halted and acknowledged, and the CPU moves on to the next one. Why shouldn't the procedure be halted while it is running? Why can't we simply complete the execution and cleanup instead of dealing with the issue after the fact?
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When a CPU interrupt is issued, the process is halted and acknowledged, and the CPU moves on to the next one. Why shouldn't the procedure be halted while it is running? Why can't we simply complete the execution and cleanup instead of dealing with the issue after the fact?
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- When a CPU interrupt occurs, the process is stopped and acknowledged, and the CPU moves on to the next one.Why shouldn't the process be stopped while it's still in progress?Why can't we just finish the execution and clean up instead of dealing with the problem after the fact?when a CPU interrupt is sent, the operation is stopped and is acknowledged, the CPU switches to handling the new one. Why shouldn't the process be stopped when it is executing? Instead of dealing with the problem after the fact, why can't we just finish the execution and cleanup?When a CPU interrupt occurs, the processor comes to a halt and responds to the signal. Why should the process be halted so that this duty may be completed? Let's start with the pausing procedure and then go on to the carrying out process. explain?
- When an operation is stopped and accepted by the CPU, it goes on to the next job, a CPU interrupt is sent. Why can't the process be halted if it's already running? The execution and cleanup can wait till we've resolved the problem, so why not start now?When an interrupt occurs, the CPU pauses what it is doing and returns to work on serving the next process. Is a postponement of the execution required? Instead, how about simply carrying out the operation and leaving the rest to us?When a CPU interrupt is received, the process is terminated and the CPU handles the new one.Why should the procedure not be halted? Why can't we just finish the execution and cleanup?
- When a CPU interrupt comes in, the processor stops what it's doing and responds to the signal. Why should the operation stop so that this task can be done? Let's start with the process of stopping and then move on to the process of carrying out. explain?When a CPU interrupt occurs, the processor stops its current operation and reacts to the signal. Why should the operation be halted so that this may be performed? Let's begin with the process of cessation and then proceed to the procedure of execution. Explain?When a CPU interrupt is issued, the processor pauses what it is doing and processes the signal. Why should the operation be halted so that this action may be carried out? Let's take care of the interrupting process first, then complete the executing process afterwards. explain?
- When a CPU interrupt is sent, the processor immediately stops what it is doing and handles the signal. why should the operation be stopped to perform this action? Let's handle the interrupting process first, then finish the executing later.explain?An interrupt from a CPU causes the processor to halt what it is doing and react to the signal received from the interrupt source. In order to finish this work, why should the operation be stopped? Let's start with the process of interrupting, and then go on to the process of executing the interrupting. explain?As soon as an interrupt is received, the CPU suspends the process that is presently running and continues to serve the interrupted process. Justification for suspending an already-running procedure As an alternative, why can't we just complete the currently running process and deal with the interrupt afterwards?