Near Field Radiation from a Monopole Antenna on an Electrically Large Conducting Convex Surface

Salau, Babajide A.; Tokgöz, Çağatay; Yilmazer, Nuri

doi:10.1109/ieeeconf35879.2020.9329479

2020 IEEE International Symposium on Antennas and Propagation and North American Radio Science Meeting 2020

DOI: 10.1109/ieeeconf35879.2020.9329479

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Near Field Radiation from a Monopole Antenna on an Electrically Large Conducting Convex Surface

Babajide A. Salau

Çağatay Tokgöz

Nuri Yilmazer

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2021

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Cited by 2 publications

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“…Tokgoz proposed a method for the prediction of co-site interference between aperture antennas on a faceted convex surface [29]. The method by Salau, etc., may be useful towards prediction of co-site interference between monopole antennas [30]. As for frequency planning for radios located at the same object (co-site work) and assignment of frequencies for co-site radios, Polak gave an experimental but good reference [13].…”

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confidence: 99%

On optimal number of cognitive radios considering co-site electromagnetic compatibility

Liao

2021

J Wireless Com Network

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With the development and wide applications of wireless communication technology, the limited spectrum resources and the fixed spectrum allocation policy could no longer satisfy the demand for wireless communication. Just for this reason, many spectrum resources become spectrum holes because they are allocated but not used. Cognitive radio is now becoming one of the most important techniques for high utility of these spectrum holes. If the holes available to cognitive users are abundant over a certain time, it is a worth consideration to increase network throughputs by orthogonal multiplexing as many as spectrum holes. A multi-transceiver configuration is one of the possible solutions for this purpose. With such a schema, all transceivers within a cognitive user work in a concurrent or parallel mode, by which the throughput of the network can be increased. However, co-site working cognitive radios may incur electromagnetic interference between each other. When more cognitive radios are equipped, much electromagnetic interference may be incurred. Many techniques are proposed to mitigate such so-siting interference; however, none of them have addressed the probability that the interference will happen. If the probability could be estimated in advance, the user will make a better planning on the configurations of the co-siting working radios. Based on an elaborated n-fold multiple integral model, we propose a novel method to decide how many cognitive radios can be installed for one cognitive user at most. This is our main contribution with this work, providing an enhanced ability to determine the optimal number of cognitive radios installed within each cognitive user. We make a strict deduction on electromagnetic compatibility probability with various parameters of cognitive radios. Simulations are performed and the results show that the electromagnetic compatibility of the simulated cognitive radio system meets the deducted probability by this method very well.

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confidence: 99%

On optimal number of cognitive radios considering co-site electromagnetic compatibility

Liao

2021

J Wireless Com Network

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Radiation From a Monopole Antenna Array on an Electrically Large Conducting Convex Surface

Tokgöz

Salau

Shah

2021

Antennas Wirel. Propag. Lett.

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Near Field Radiation from a Monopole Antenna on an Electrically Large Conducting Convex Surface

Cited by 2 publications

References 5 publications

On optimal number of cognitive radios considering co-site electromagnetic compatibility

On optimal number of cognitive radios considering co-site electromagnetic compatibility

Radiation From a Monopole Antenna Array on an Electrically Large Conducting Convex Surface

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