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Using Reconfigurable Hardware Devices in WSNs for Reducing the Energy Consumption of Routing and Security Tasks

机译:使用WSN中的可重新配置硬件设备来减少路由和安全任务的能耗

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As Wireless Sensor Networks (WSNs) expand their reach, their applications require lower energy consumption than those provided by current offerings. In this paper, a novel platform is introduced, which employs a reconfigurable device (CPLD) in order to enhance the processing power of typical sensor nodes and, more importantly, reduce the overall energy consumption in common tasks such as routing and security. Our real-world measurements, demonstrate that the proposed system can reduce the energy consumption of the Cost Estimation algorithm of the widely used XMesh routing protocol by 71.5%. Higher energy conservations (more than 90%) can be achieved at Blowfish Encryption, when this is implemented on our new platform.
机译:随着无线传感器网络(WSN)扩展其覆盖范围,其应用所需的能耗要低于当前产品所提供的能耗。本文介绍了一种新颖的平台,该平台采用了可重配置设备(CPLD),以增强典型传感器节点的处理能力,更重要的是,减少了诸如路由和安全性之类的常见任务中的总体能耗。我们的实际测量结果表明,所提出的系统可以将广泛使用的XMesh路由协议的Cost Estimation算法的能耗降低71.5%。如果在我们的新平台上实施,则Blowfish Encryption可以实现更高的节能效果(超过90%)。

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