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How can wireless, mobile data acquisition be used for taking part of the lab to the sample and how can it join the internet of things?

机译:无线,移动数据采集如何用于实验室中的样本采集以及如何加入物联网?

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摘要

During the last several years, the world has moved from wired communications (e.g., a wired ethernet, wired telephone) to wireless communications (e.g., cell phones, smart phones, tablets). However, data acquisition has lagged behind and for the most part, data in laboratory settings are still acquired using wired communications (or even plug in boards). In this paper, approaches that can be used for wireless data acquisition are briefly discussed using a conceptual model of a future, mobile, portable micro-instrument as an example. In addition, past, present and near-future generations of communications are discussed; processors, operating systems and benchmarks are reviewed; networks that may be used for data acquisition in the field are examined; and, the possibility of connecting sensor or micro-instrument networks to the internet of things is postulated.
机译:在最近几年中,世界已经从有线通信(例如,有线以太网,有线电话)转移到无线通信(例如,手机,智能电话,平板电脑)。但是,数据采集已经落后了,并且在大多数情况下,实验室设置中的数据仍然是使用有线通信(甚至是插板)采集的。在本文中,以未来的移动便携式微仪器的概念模型为例,简要讨论了可用于无线数据采集的方法。此外,还讨论了通信的过去,现在和不久的将来。审查处理器,操作系统和基准;检查可用于现场数据采集的网络;并提出了将传感器或微仪器网络连接到物联网的可能性。

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