Yan Liu

TL;DR: The concepts of deadline-slack and task level are introduced to transfer the deadline of the parallel application to each task, and the proposed algorithm can generate the minimum energy consumption compared with the state-of-the-art algorithms under different real-time and scale conditions.

TL;DR: This study presents a fast functional safety verification (FFSV) method for a distributed automotive application during the early design phase that finds the solution with the minimum response time under the reliability requirement and can obtain acceptance ratios higher than those of current methods.

TL;DR: This study solves the problem of resource consumption cost minimization of a reliable parallel application on heterogeneous embedded systems without using fault tolerance by heuristically assigning each task to the processor with the minimum resource consumption costs while satisfying its reliability goal.

TL;DR: The experimental results demonstrate that REMDD not only has good prediction performance for both majority class and minority class, but also effectively improves the comprehensive classification performance for imbalanced credit risk evaluation in P2P lending, compared with existing models.

TL;DR: This study solves the problem of minimizing the development cost of a distributed automotive function while satisfying its reliability goal during the design phase by presenting two heuristic algorithms, reliabilitycalculation of scheme (RCS) and minimizing development cost with reliability goal (MDCRG).