Azimuthal Mode Decomposition Method for Cubical Surface Scanning With the Application to Spherical-Mode Field Synthesis

Khatun, Afroza; Laitinen, Tommi; Vainikainen, P.

doi:10.1109/lawp.2013.2281912

Cited by 1 publication

(2 citation statements)

References 6 publications

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“…Various aspects of the antenna-channel interactions using representations equivalent to (16) have been presented in Glazunov et al [2008aGlazunov et al [ , 2008bGlazunov et al [ , 2009Glazunov et al [ , 2011, Khatun et al [2010aKhatun et al [ , 2013…”

Section: Svw Mode Channelmentioning

confidence: 99%

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A survey of the application of the spherical vector wave mode expansion approach to antenna-channel interaction modeling

Glazunov

2014

Radio Sci.

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This paper provides an overview of recent advances in the modeling, analysis, and measurements of interactions between antennas and the propagation channel in multiple antenna systems based on the spherical vector wave mode expansion of the electromagnetic field and the antenna scattering matrix. It demonstrates the importance and usefulness of this approach to gain further insights into a variety of topics such as physics‐based propagation channel modeling, mean effective gain, channel correlation, propagation channel measurements, antenna measurements and testing, the number of degrees of freedom of the radio propagation channel, channel throughput, and diversity systems. The paper puts particular emphasis on the unified approach to antenna‐channel analysis at the same time as the antenna and the channel influence are separated. Finally, the paper provides the first bibliography on the application of the spherical vector wave mode expansion of the electromagnetic field to antenna‐channel interactions.

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Section: Svw Mode Channelmentioning

confidence: 99%

“…A method has been proposed in Khatun et al [2013] to perform an azimuthal mode decomposition for cubical surface scanning. The main applications are field synthesis and NF-FF (near-field-far-field) transformation in near-field antenna measurements.…”

Section: Svw Coefficient Estimationmentioning

confidence: 99%

A survey of the application of the spherical vector wave mode expansion approach to antenna-channel interaction modeling

Glazunov

2014

Radio Sci.

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show abstract

Azimuthal Mode Decomposition Method for Cubical Surface Scanning With the Application to Spherical-Mode Field Synthesis

Cited by 1 publication

References 6 publications

A survey of the application of the spherical vector wave mode expansion approach to antenna-channel interaction modeling

A survey of the application of the spherical vector wave mode expansion approach to antenna-channel interaction modeling

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