On another front, we believe that the definition of MPI primitives to allow tasks to be mapped to DGRP processes can make it straightforward to allow arbitrary parallel applications to use the DGRP, in particular we believe it is possible to extend ULFM to include the DGRP functionality.
Next, all of job j's tasks that need to be mapped are sorted in non-increasing order of their respective execution times (line 2), where ties are broken in favour of the task with the earlier sub-deadline.
Each task is mapped only onto one platform element and several tasks can be mapped onto a single platform element.
Before consistent conservation efforts can begin, the seamounts of the world must first be mapped, a task that is still in progress.
The mapping was done manually so that all the encoder tasks were mapped to cpu1, the decoder tasks to cpu2, and the web client functionality was isolated to cpu3.
Our analyses of motor-specific preparation made use of the fact that the 2 tasks were mapped to separate hands, enabling us to measure preparation for a particular task in terms of the lateralization of cortical motor activity (De Jong et al. 2006; Gladwin et al. 2006).
Secondly, response-specific preparation can be measured as lateralized activity over the motor cortices when 2 tasks are mapped to different hands.
This sequence of operations continues until all of job j's tasks are mapped on the system.
The 2 tasks were mapped separately to the 2 hands: Half of the participants responded to the stimulus shape by pressing keys with their left hand and to the stimulus location by pressing keys with their right hand.
