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EAGER: RFID Sense-a-Tags for the Internet of Things

EAGER: RFID Sense-a-Tags for the Internet of Things
EAGER:物联网的 RFID 传感标签
批准号:
1346854
负责人:
Petar Djuric
金额:
$15.98万
依托单位:
依托单位国家:
美国
项目类别:
Standard Grant
财政年份:
2013
资助国家:
美国
项目状态:
已结题
起止时间:
2013-09-01 至 2015-08-31

项目摘要

项目成果

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中文摘要
翻译
目标:本项目的目标是探讨一种新的物联网范例的可行性,该范例基于能够相互独立通信的无无线电后向散射装置。这种新颖的设备被称为Sense-a-Tag,它将允许点对点和多跳通信。这项工作还包括为Sense-a-Tag开发协议。这项研究是探索性的,具有变革性。如果预想的Sense-a-Tag的可行性得到证明,人们将拥有人们期待已久的设备,它可以在物联网框架内实现广泛的应用。智能的优点:智能的优点在于设计了一种新的设备及其协议。该协议将使S的设备与商用射频识别标签和读写器无缝运行。该设备将在物联网中发挥核心作用,在物联网中,基于接近的感知和标签到标签的通信至关重要。新的Sense-a-Tag还将为定位、跟踪和监控提供新的解决方案。更广泛的影响:更广泛的影响是推动射频识别作为物联网关键支柱的研究和技术增长。该设备将促进低成本和高可扩展性的部署,这是物联网增长的必要条件,从而更快地实现这一目标。后者将在无数方面造福社会。此外,利用拟议的装置,将设计出更好的射频识别系统,从而获得更多的技术和社会效益。
英文摘要
Objective: The objective of this project is to address the feasibility of a novel paradigm for the Internet of Things based on radio-less backscattering devices that can communicate with each other independently. The novel device is referred to as sense-a-tag, and it will allow for point-to-point and multihop communication. The work also involves development of protocols for the sense-a-tag. The research is exploratory and of transformative nature. If the feasibility of the envisioned sense-a-tag is demonstrated, one will have the long-sought device that can enable a vast range of applications within the framework of the Internet of Things.Intellectual merit: The intellectual merit is in the design of a novel device and its protocol. The protocol will make seamless the device?s operation with commercial Radio Frequency Identification tags and readers. The device will play a central role in the Internet of Things where proximity-based sensing and tag-to-tag to communication are critical. The new sense-a-tag will also permit novel solutions for localization, tracking and monitoring.Broader impacts: The broader impacts are in advancing the research and technological growth of Radio Frequency Identification as a key pillar to the Internet of Things. The device will facilitate low cost and high scalability deployments, a sine qua non for the growth of the Internet of Things, thus bringing it to reality much sooner. The latter will benefit society in innumerable ways. Furthermore, with the proposed device, better Radio Frequency Identification systems will be designed and consequently, more technical and societal benefits will be reaped.
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