This paper studies how to maximize the lifetime of ISA100.11a and Wireless highway addressable remote transducer (WiHART) compatible sensor networks for a petroleum refinery scenario. When accounting for the energy consumption of a typical refinery process sensor and the node microprocessor, only a relatively small percentage of battery energy on average is spent on wireless communication. However, this paper will demonstrate that optimizing network operation can still considerably extend network lifetime. The longest lifetimes are achieved using a new network optimization approach that accounts for the frame structure of ISA100.11a/WiHART. Results are generated using a full network protocol stack simulation that incorporates three different network optimization approaches and includes the energy consumption of the wireless transceiver, sensor, and microprocessor.

中文翻译：

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实用工业无线网络的跨层生命周期优化：炼油厂案例研究

本文研究了如何最大限度地延长ISA100.11a和适用于石油精炼厂场景的无线高速公路可寻址远程传感器（WiHART）兼容传感器网络的寿命。当考虑到典型的炼油厂过程传感器和节点微处理器的能耗时，平均而言，平均只有相对较小百分比的电池能量被用于无线通信。但是，本文将证明优化网络操作仍可以大大延长网络寿命。使用一种新的网络优化方法可以实现最长的使用寿命，该方法考虑了ISA100.11a / WiHART的帧结构。结果是使用完整的网络协议堆栈模拟生成的，该模拟结合了三种不同的网络优化方法，其中包括无线收发器，传感器，