Someone who interrupts is often referred to as an "interrupter." This term describes a person who frequently cuts into conversations or speaks over others, which can be perceived as rude or disruptive. In certain contexts, such behavior might also indicate a lack of listening skills or impatience.
a heckler
An interrupt is an event that alters the sequence in which the processor execute instructions. It is generated by hardware of computer system. Classes of interrupt:- IBM processor has six types of interrupts. * svc interrupt(supervisor call) *input/output interrupts *external interrupts *Restart interrupts *Program check interrupt *Machine check interrupts
Depending on how they do it, they might be a boor, a busybody, an interloper, or possibly a "buttinsky".
There are six classes of interrupt: *Supervisor Call Interrupts (SVC) *I/O Interrupts *External Interrupts *Restart Interupts *Program Check Interrupt *Machine Check Interrupts
Photo bomb
There are three types of interrupts.... 1. internal Interrupts 2. External Interrupts 3. Software Interrupts... read more
it has 256 interrupts ..
In a typical interrupt priority scheme, the lowest priority interrupts are often referred to as "low-priority" or "background" interrupts, such as timer interrupts or non-critical peripheral interrupts. These interrupts are usually masked or delayed in favor of higher-priority interrupts that require immediate attention. Consequently, when a high-priority interrupt occurs, the low-priority interrupts may be temporarily ignored until the system has handled more urgent tasks.
1.The excluding interrupts are INT0 & INT1 2.The Timer0 and Timer1 are interrupts are generated by TF0 and TF1
Maskable interrupts trigger events are not always important and so the programmer can decide that the event should not cause a program to jump. Nonmaskable interrupts can not be ignored by the programmer and therefore they have absolute priority.
Multiple interrupts refers to errors that may occur when a system is operational. The interrupts may be caused by a single error repeatedly or by different errors.
The Enable Interrupts (EI) and Disable Interrupts (DI) instructions allow the MP to permit or deny interrupts under program control.