Sentence examples for schedules for processing from inspiring English sources

In order to design thermomechanical schedules for processing low carbon microalloyed steels, the various critical transformation temperatures, i.e. the start and finish of the austenite transformation (Ar3, Ar1) and the non-recrystallization temperature (Tnr), must be determined.

We study the scheduling problem where a set of jobs has already been scheduled for processing on identical parallel machines to minimize the total completion time under the assumption that all the jobs are available at time zero.

To fix these shameful and damaging problems, lawmakers need to set strict time schedules for the processing of worker applications, waivers and appeals.

In our preliminary work [11], a resource allocation and scheduling technique for processing deadline-constrained MapReduce [7] jobs (comprising of only two phases of execution) is described.

The focus of this paper is to devise an efficient matchmaking and scheduling technique for processing an open stream of multi-stage jobs (workflows) with SLAs on a distributed computing environment with a fixed number of resources (e.g. a private cluster or a set of resources acquired a priori from a public cloud).

Overall, the results of the experiments demonstrate that the objective of the paper that concerns the devising of an effective resource allocation and scheduling technique for processing an open stream of multi-stage jobs with SLAs on a cluster or a cloud with a fixed number of resources has been realized.

In [24], the authors present a technique called Minimum Resource Quota Earliest Deadline First with Work-Conserving Scheduling (MinEDF-WC) for processing MapReduce jobs characterized by deadlines.

The process requires only thermal treatments and could be integrated into existing thermal or thermomechanical processing schedules for engineering alloys as a consequence, one of the advantages over existing surface treatment processes is that it is comparatively cheap.

Processing schedules for grain boundary engineering involving different types of cold deformation (tension, compression, and rolling) and annealing were designed and carried out for 18Mn18Cr0.6N high nitrogen austenitic stainless steel.

The objective in flow-shop scheduling problems is to find a sequence for processing the jobs on the machines so that a given criterion is optimized.

Samples were labelled and collected according to a twice-daily schedule, and transported to the Centre for Infectious Diseases Research in Zambia (CIDRZ) central laboratory for processing.