Extension of the IEEE 1451 Standards to Geophysical Assessment

J. Kang, J. Schmalzel
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引用次数: 1

Abstract

The IEEE1451 Standards describe a series of standards that define interfaces for sensors and actuators to communicate with data acquisition and control devices. Furthermore, the standards are required to enable interconnected smart transducers at lowered costs and advanced technology due to the spread of IoT devices. The transducer electronic data sheet (TEDS) model for sensors and actuators has been adapted to the geophysical assessment process for overcoming various engineering challenges to construct, modify, and maintain infrastructure in many regions. This paper describes transmitter and receiver coil TEDS to deliver extensions of the IEEE standards for contributing an improved element model to predict geophysical conditions in soils as well as electrical and mechanical responses of soils.
IEEE 1451标准在地球物理评估中的扩展
IEEE1451标准描述了一系列标准,这些标准定义了传感器和执行器与数据采集和控制设备通信的接口。此外,由于物联网设备的普及,需要这些标准以更低的成本和先进的技术实现互联智能传感器。传感器和执行器的传感器电子数据表(TEDS)模型已经适应了地球物理评估过程,以克服许多地区建设、修改和维护基础设施的各种工程挑战。本文描述了发射器和接收器线圈TEDS,以提供IEEE标准的扩展,以提供改进的元素模型来预测土壤中的地球物理条件以及土壤的电气和机械响应。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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