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Used correctly, this technique can reduce interrupt load by up to an order of magnitude, while only incurring relatively small latency penalties. Interrupt coalescing is typically combined with either a hardware FIFO queue or direct memory access , to allow for continued data throughput while interrupts are being held back.
Advanced interrupt controllers implement a multitude of hardware features in order to minimize the overhead during context switches and the effective interrupt latency. These include features like: Minimum jitter through non-interruptible instructions [1] Zero wait states for the memory system [1]
And following each interruption, it can take more than five minutes for them to get back into their task. While some disruptions are part of the job, others are 12 Ways to Handle Interruptions at Work
To reduce jitter and to reduce the potential for losing data from masked interrupts, programmers attempt to minimize the execution time of a FLIH, moving as much as possible to the SLIH. With the speed of modern computers, FLIHs may implement all device and platform-dependent handling, and use a SLIH for further platform-independent long-lived ...
In computing, a non-maskable interrupt (NMI) is a hardware interrupt that standard interrupt-masking techniques in the system cannot ignore. It typically occurs to signal attention for non-recoverable hardware errors.
The issue of distraction in the workplace is studied in interruption science. According to Gloria Mark, a leader in interruption science, the average knowledge worker switches tasks every three minutes, and, once distracted, a worker takes nearly a half-hour to resume the original task.
Interruption science is the interdisciplinary scientific study concerned with how interruptions affect human performance, and the development of interventions to ameliorate the disruption caused by interruptions. [1] Interruption science is a branch of human factors psychology and emerged from human–computer interaction and cognitive psychology.
Protective device coordination is the process of determining the "best fit" timing of current interruption when abnormal electrical conditions occur. The goal is to minimize an outage to the greatest extent possible. Historically, protective device coordination was done on translucent log–log paper.