The Internet of Things: How WSNs Fit Into The Picture
The Internet of Things: How WSNs Fit Into The Picture
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物联网：WSN 如何融入其中
DOI：
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发表时间：
2014
期刊：
影响因子：
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通讯作者：
Aggeliki Pragiati
中科院分区：
文献类型：
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作者：
Aggeliki Pragiati
当今的互联网提供通过多种渠道通过网络访问内容的方式。下一步的发展将使得通过日常物体的通用连接来访问与我们的物理环境相关的信息成为可能。汽车可以使用嵌入式通信传感器报告其各个子系统的状态，以进行远程诊断；个人设备可以将远程护理患者的最新医疗保健信息状态传送到中心点；可以在全球范围内收集和处理环境数据以进行实时决策。通过能够与周围环境交互并对事件做出反应的通信对象，可以访问与周围环境相关的信息。联网设备的这种演变也称为物联网 (IoT)，并为新的应用程序类别创造了空间。物联网是一个非常有前景的可持续发展、增长和创新的经济领域。面临的挑战是评估所涉及的“事物”的正确抽象和复杂程度，以促进对我们希望在机器自动收集、交换、处理和存储信息的环境中保留的好处和控制的研究。
The Internet of today offers access to content through the web via multiple channels. The next evolution will make it possible to access information related to our physical environment through a generalized connectivity of everyday objects. A car may be able to report the status of its various subsystems using embedded communicating sensors for remote diagnosis; personal devices may deliver the latest status of healthcare information of remotely cared patients to a central spot; environmental data may be collected and processed globally for real time decision making. Access to information relating to our surrounding environment is made possible through communicating objects able to interact with that environment and react to events. This evolution of networked devices is also known as the Internet of Things (IoT) and creates space for new application classes. IoT is a highly promising economic sector for sustainability, growth, and innovation. The challenge is to assess the right abstraction and complexity level of “things” involved in order to promote research on the benefits and the control that we want to retain over an environment where machines will gather, exchange, process, and store information automatically.