On the Synthesis of Feasible Sources for Next Generation Smart EM Environments

M. Salucci, A. Benoni, P. D. Rù, P. Rocca, A. Massa
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引用次数: 4

Abstract

The synthesis of unconventional feasible sources for building future smart electromagnetic (EM) environments is addressed in this work. Towards this aim, inverse scattering theory and concepts are effectively reformulated and exploited to design field manipulating devices (FMDs) able to modify the field radiated by a primary source (i.e., the base-station antenna) and match a user-defined target field distribution. The proposed framework allows to synthesize passive, dielectric-only, and cost-effective FMDs that could be in principle used to build bio-inspired "smart objects" within the urban environment that positively contribute to the overall system quality-of-service (QoS). An illustrative numerical proof-of-concept is shown to assess the potentialities of the proposed design framework.
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下一代智能电磁环境可行源的综合研究
在这项工作中,研究了构建未来智能电磁(EM)环境的非常规可行源的综合。为了实现这一目标,逆散射理论和概念被有效地重新表述并用于设计场操纵装置(fmd),该装置能够修改一次源(即基站天线)辐射的场,并匹配用户定义的目标场分布。所提出的框架允许合成无源、仅电介质和具有成本效益的fmd,原则上可用于在城市环境中构建生物启发的“智能对象”,从而对整个系统服务质量(QoS)做出积极贡献。一个说明性的数字概念验证显示,以评估所提出的设计框架的潜力。
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