Integrated antennas for RF sensing, wireless communications and energy harvesting applications

Russer, P.; Russer, Johannes A.; Mukhtar, Farooq; Lugli, Paolo; Wane, Sidina; Porod, Wolfgang

doi:10.1109/iwat.2013.6518285

Cited by 6 publications

(2 citation statements)

References 30 publications

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“…The whole world of smart sensors has evolved well over time with smarter and sophisticated processors and smart and compact antennas, built in into its system. A good check on weight and cost of the sensor networks has been achieved by monolithic integration of smart patch antennas into the millimeter wave system 104 . Researchers have tried directional antennas in place of traditional omnidirectional antennas, to meet with the issues like interference in other undesired directions and for a longer communication range 105 .…”

Section: Antennas Designed and Implemented For Various Iot‐related Technologiesmentioning

confidence: 99%

Planar and printed antennas for Internet of Things‐enabled environment: Opportunities and challenges

Roges

Malik

2021

Int J Communication

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Summary The Internet of Things (IoT) is the future technology, whose glimpses are already visible in various fields today. IoT promises a connection of about 50 billion devices in the near future to enhance data sharing and analysis between many otherwise independent modules. Smart sensors, smart antennas, and intelligent processors form the backbone of IoT technology. IoT is about remote detection and control of devices which is dependent on the efficient communication system provided. This paper studies the IoT technology, along with its supportive systems, giving an emphasis to the communication module, enabled using microstrip patch antennas. The study takes a walk through the different improvement techniques implemented in patch antennas as DGS, MIMO, and arrays and further pins down the research gaps and objectives that can be taken up in this field with respect to the effective implementation of IoT services. Recent advances in the antenna systems employed in IoT environment are discussed, and the antennas employed in IoT devices and applications are reviewed in detail. Recently evolving technologies like LoRa and NB‐IoT and the ESP8266 module which is widely used in IoT applications are addressed. A good insight is given into the challenges faced in this field along with some recent case studies.

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Section: Antennas Designed and Implemented For Various Iot‐related Technologiesmentioning

confidence: 99%

Planar and printed antennas for Internet of Things‐enabled environment: Opportunities and challenges

Roges

Malik

2021

Int J Communication

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“…In the micrometer wavelength region with large available bandwidths, such applications may be of interest. Infrared detectors for the longwave infrared range based on nanoelectronic thermocouples integrated in nanoantenna arrays may allow, due to their ultrashort response time in the picosecond regime, detection of the carrier phase after envelop demodulation [6], [7]. This plays a role also for chaotic signals since they exhibit transversal coherence.…”

Section: Introductionmentioning

confidence: 99%

Modeling of Noisy EM Field Propagation Using Correlation Information

Russer

2015

IEEE Trans. Microwave Theory Techn.

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In this paper, an efficient method for the numerical simulation of near-and far-field propagation of stochastic electromagnetic (EM) fields is presented. The method is based on the transformation of field correlation dyadics using Green's functions or the field transfer functions computed for deterministic fields. The method accounts for arbitrary correlations between the noise radiation sources and allows to compute the spatial distribution of the spectral energy density of noisy electromagnetic sources. The introduced methodology can be combined with available electromagnetic modeling tools. It is shown that the method of moments can be applied to solve noisy electromagnetic field problems by network methods applying correlation matrix techniques. Examples demonstrating the strong influence of the correlation between the sources on the spatial distribution of the radiated noise field are presented.Index Terms-Electromagnetic interference, near-field scanning, noisy electromagnetic fields, stochastic electromagnetic fields. 0018-9480

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High-Quality varactors and Schottky-Diodes in SiGe:C Technology for mm-Wave and THz applications

Tesson¹,

Wane²,

Bardy³

et al. 2013

2013 IEEE Bipolar/BiCMOS Circuits and Technology Meeting (BCTM)

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Integrated antennas for RF sensing, wireless communications and energy harvesting applications

Cited by 6 publications

References 30 publications

Planar and printed antennas for Internet of Things‐enabled environment: Opportunities and challenges

Planar and printed antennas for Internet of Things‐enabled environment: Opportunities and challenges

Modeling of Noisy EM Field Propagation Using Correlation Information

High-Quality varactors and Schottky-Diodes in SiGe:C Technology for mm-Wave and THz applications

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