Research on utility-driven multi-QoS online scheduling mechanism in the grid;

BioLab : a bioinformatics grid computing system based on online scheduling

This paper focuses on the on-line scheduling of real-time tasks on a 2-dimensional reconfigurable device,and introduces the notion of recognition-complete for scheduling algorithms,that is the algorithm do not reject a task when a feasible schedule for this task exists.

A machining parameter optimization model for on-line scheduling based on cost analysis was built.

In Grid environment,with a view to allocate and manage Grid resources,on-line schedulers aim at meeting all kinds of uses resources requests,rather than paying enough attention to resources providers.

Aiming at the batch on-line scheduling on two identical parallel machines,extends the classical on-line scheduling in which jobs arrive one by one,to batch on-line scheduling in which jobs arrive by batch,its object function is to make maximum completion time minimum.