Coarse-grain power conservation mechanisms can further be divided into three main types [11, 20]: on-demand, scheduled rendezvous, and asynchronous.
DeMS consists of three algorithms, including On-Demand scheduling, Querying and Migrating Task (QMT) and Staged Task Migration STMM).
The On-Demand scheduling algorithm is proposed to decrease the communication overhead between a master and slaves.
Simulation results demonstrate that our proposed On-Demand scheduling algorithm can significantly reduce the response time of parallel jobs.
The distributed scheduling model of agricultural business resources based on the public service platform is a comprehensive solution to the current situation of agricultural industry which is "scattered, small, disorderly and weak", and plays an important role in integrating decentralized resource and making on-demand scheduling.
There also is a selection of "on-demand" scheduling services for the health conscious.
Based on the analysis of the basic on-demand scheduling strategy, a waiting-based packing strategy is introduced.
In Figure 3, the change of delay according to the arrival rate is shown for the on-demand scheduling.
In this section, we present results from simulation studies that compare the efficiency of allocations via our combined pricing method to the efficiency of allocations using conventional on-demand scheduling.
This behaviour, usually named on-demand scheduling, enforces load balancing among worker threads.
The impact of demand scheduling policies on the ISR algorithm is also studied.
