Static Scheduling Optimization for Outdoor Monitoring Sensor Networks based on Customizable Nodes

Van-Phuong Ha, T. Dao, Minh-Hoang Le, N. Pham, Viet-Tung Nguyen, Dinh-Van Nguyen
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Abstract

Wireless sensor networks are currently widely used in many practical fields with high efficiency. Sensor nodes in a network can be very diverse, rich in types and have multiple modes of operation to meet the requirements of practical problems. In outdoor monitoring networks, sensor nodes are frequently able to harvest solar energy to ensure the node operation for a long time. This paper introduces solar-powered sensor nodes for outdoor monitoring operation with the ability of customizing the working schedule, which make it convenient when being used in the realization of optimized network schedule to ensure the long-term operation stability.
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基于可定制节点的室外监控传感器网络静态调度优化
无线传感器网络以其高效率的特点广泛应用于许多实际领域。网络中的传感器节点可以非常多样化,类型丰富,具有多种工作模式,以满足实际问题的要求。在室外监测网络中,传感器节点往往能够采集太阳能,以保证节点长时间运行。本文介绍了用于室外监控运行的太阳能传感器节点,该节点具有自定义工作时间表的能力,便于用于实现优化的网络时间表,确保长期稳定运行。
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