Sentence examples for part of the workload from inspiring English sources

D2D is not currently counted as part of the workload.

This speedup upper bound indicates that with resource contention among threads, whether it is due to shared memory or critical section, a sequential term is guaranteed to emerge from the parallelizable part of the workload, fundamentally limiting the scalability of multicore processors for parallel computing, in addition to the sequential part of the workload, as dictated by Amdahl's law.

We also find that with core multithreading, super linear speedup, higher than that predicted by Amdahl's law, may be achieved for the parallelizable part of the workload, if core threads exhibit strong cache affinity and the workload is strongly memory-bound.

In particular, we show that for the parallelizable part of the workload, the speedup, in the absence of resource contention, is no longer just a linear function of parallel processing unit counts, as predicted by Amdahl's law, but also a strong function of workload characteristics, ranging from strong memory-bound to strong CPU-bound workloads.

This will take away part of the workload when you have to finally write up reports, research papers, and your thesis.

However, although the utility of our system with decentralised uploading is already high and reduces part of the workload, further enhancements are still possible.

"We fear that by sending parts of the workload to the four corners of the earth, the development of the A350 will face new delays like the Dreamliner," the union official said, referring to the plane under development at Boeing.

In addition, some parts of the workload can be postponed to the other day.

A spokesperson for the College of Emergency Medicine said that mental illness patients "are an increasing part of the A&E workload".

Christopher Bentley, an agency spokesman, acknowledged a backlog but said the cases were a relatively small part of the overall workload of background checks.

Part of the heavy workload at Intel resulted from Moore's law — named after Mr. Moore, who postulated that microchips would double in power and halve in price every 18 months, thus rendering older chips and the computers that used them obsolete.