机译:基于GALS的NoC的可靠的能源感知应用程序映射和电压-频率岛划分
Department of Electrical and Engineering, University of Tehran, Tehran, Iran Department of Science and Engineering, Shahed University, Tehran, Iran;
Department of Electrical and Engineering, University of Tehran, Tehran, Iran School of Computer Science, 1PM, Tehran, Iran;
Department of Electrical and Engineering, University of Tehran, Tehran, Iran School of Computer Science, 1PM, Tehran, Iran;
Energy; MILP; Reliability; Voltage-frequency island partitioning; GALS-based NoC; Real-time;
机译:NoC的能量感知电压频率岛划分方法
机译:用于NoC的能量感知电压-频率岛划分方法
机译:NOC的能量感知电压 - 频岛分区方法
机译:基于GALS的片上网络的电压-频率岛划分
机译:放松:在黑暗的硅时代,基于NOC的可靠性2D和3D多核体系结构的跨层资源管理
机译:2D-NOC应用映射的优化性质启发性算法
机译:将流串联并行应用程序的可靠和能量感知映射到分层平台上