机译:能量收集计算系统中实时作业的最佳调度
IRCCyN Res. Inst., Univ. of Nantes, Nantes, France;
energy harvesting; power aware computing; processor scheduling; real-time systems; renewable energy sources; secondary cells; computation time; earliest deadline first; energy constraints; energy demand; energy harvesting computing systems; online algorithm; optimal scheduling; real-time job scheduling problem; real-time scheduling theory; rechargeable storage unit; release time; renewable energy source; required energy; semionline EDF-based scheduling algorithm; slack energy; uniprocessor system; Energy harvesting; Energy storage; Licenses; Real-time systems; Scheduling; Scheduling algorithms; Real-time systems; earliest deadline first; energy harvesting; optimal scheduling; slack energy; uniprocessor;
机译:EDF选项,用于计划能量收集系统中的实时作业
机译:EDF选项,用于计划能量收集系统中的实时作业
机译:零/低能耗建筑中基于模型的多目标预测调度和能源系统实时最优控制的博弈论方法
机译:基于能量优化的雾计算工作调度最优权衡方案
机译:高性能计算和边缘计算系统中的拓扑知识作业调度和放置
机译:能量收集通信系统中具有数据共享的最优费率时间表
机译:能量收集计算系统中实时工作的优化调度
机译:用于硬实时系统的基于剪枝的,能量最优的,确定性I / O设备调度