concurrency control; parallel programming; processor scheduling; resource allocation; tree data structures; Cilk; automated approach; coarse task specification; coarser tasks; computation phases; concurrency; constrained work stealing; constrained work-stealing algorithms; constraint scheduler actions; data locality improvement; data locality maximization; data locality optimization; dynamic coarsening; fine-grained task adaptability; fork/join program scheduling; locality-optimized load balancing; performance improvements; sequential overhead improvement; spatial locality improvement; steal operation scheduling; steal tree construction; user-specified approach; work-stealing scheduling construction; Heuristic algorithms; Kernel; Optimization; Parallel processing; Runtime; Schedules; Synchronization; cilk; data locality; fork/join; task granularity;
机译:弹性气体和电力网络的共同优化;一种新的可能性机会约束的编程方法
机译:通过线性编程序列的VLSI电源/地面网络的可靠性受限区域优化
机译:一个有效的截止日期约束和数据局势意识到多租期云的动态调度框架
机译:使用工作偷偷进行叉加入任务的半分区调度
机译:数据并行程序的位置优化
机译:多无线电无线传感器网络中基于优化的信道受限数据聚合路由算法
机译:使用约束工作窃取优化fork / join程序的数据位置