Experimental results show that the algorithm can require the demands of the event driven clustering, it consumes balanced energy compared with traditional algorithms.
实验结果表明，该算法能够满足事件驱动分簇的要求，能量消耗比经典算法更均衡。
It is very important to study the fast algorithm for the visibility of LEO satellites to improve the efficiency especially in event-driven and time-stepped real-time simulation environments.
研究LEO卫星可见性的快速算法在事件驱动和时间步进的实时仿真环境中具有非常重要的意义。
The model includes an event-driven controller, a time-driven sensor and actuator. GPC algorithm is adopted in the controller.
针对这个问题，本文介绍了一个控制器由事件驱动、传感器和执行器由时间驱动的分布式系统模型。
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