首页> 外文会议>2016 Global Symposium on Millimeter Waves amp; ESA Workshop on Millimetre-Wave Technology and Applications >Millimeter-wave identification for future sensing, tracking, positioning and communicating systems
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Millimeter-wave identification for future sensing, tracking, positioning and communicating systems

机译:毫米波识别,用于未来的传感,跟踪,定位和通信系统

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The emerging millimeter-wave identification (MMID) technology is poised to exploit special advantages from operating in this frequency band and to circumvent the limitations of low-frequency RFID. In this work, the state-of-art of innovative techniques, which allow propelling the MMID technology in the front line of future wireless systems such as smart homes, are presented. Two recent developments in our group are highlighted with simulations and experiments, namely (1) extremely miniaturized and highly-secure chipless tag techniques for short- and mid-range; and (2) a new generation of high data-rate, fully integrated, battery-free, yet active MMID tag on a single CMOS die with no external components. In this paper, great potentials and exciting prospects of MMID sensing systems as well as their technological challenges in terms of security, networking, mass production and deployment issues are discussed. Successful development of MMIDs and their penetration into the market constitute a critical future smart living and result in better life in terms of green environment, efficient energy usage and secure information.
机译:新兴的毫米波识别(MMID)技术准备利用该频段的特殊优势,并规避低频RFID的局限性。在这项工作中,提出了最先进的创新技术,该技术可以将MMID技术推向诸如智能家居之类的未来无线系统的前线。通过仿真和实验突出了我们小组的两个最新进展,即(1)极小型化和高度安全的中短距离无芯片标签技术; (2)在单个CMOS裸片上无需任何外部组件的新一代高数据速率,完全集成,无电池,但仍有效的MMID标签。本文讨论了MMID传感系统的巨大潜力和令人兴奋的前景,以及它们在安全性,网络,大规模生产和部署问题方面的技术挑战。 MMID的成功开发及其在市场中的渗透构成了至关重要的未来智能生活,并在绿色环境,高效能源使用和安全信息方面带来了更好的生活。

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