To further exploit parallelism, we propose an Adaptive Budget Adjustment (ABA) mechanism to minimize wait time caused by thread synchronization.
Thus, an adaptive test budgets the patient and clinician time spent on measuring depression, allocating it primarily to persons for whom there are reasons for concern.
In Section "Budget adaptive MW-PCC" a set of budget adaptive MW-PCC algorithms is developed, which relax the resource budget constraint and consequently improve the resource efficiency.
In this section we propose a budget adaptive MW-PCC, in which instead of a fixed crosstalk canceller budget, an instantaneous budget is determined by the instantaneous queue lengths.
In this section we investigate the performance of the budget adaptive algorithms.
Based on the above statement, we propose a budget adaptive MW-PCC (BA-MW-PCC) algorithm.
This algorithm is then extended towards budget adaptive algorithms, which improve resource efficiency, so as to obtain a trade-off between delay performance and resource consumption.
Budget adaptive algorithms (Algorithms 3, 4 and 5) have also been proposed, which not only achieve the same delay performance as MW-PCC, but also dynamically adapt the crosstalk canceller tap budget so as to obtain a better resource efficiency.
Two extensions of the budget adaptive MW-PCC are then proposed, which can realize a specific delay performance target, with respect to the system delay or individual user delay.
The framework is then extended towards budget adaptive algorithms, which improve resource efficiency, and optimize the resource subject to a delay performance target, so as to obtain a trade-off between delay performance and resource consumption.
"Adaptive thermal control and power budget", 2018.
