A spatial field model for mobile radio

G.H. Bryant; R.J.C. Bultitude; M.J. Neve

A spatial field model for mobile radio

G.H. Bryant
, R.J.C. Bultitude
, M.J. Neve

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › Academic › peer-review

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Abstract

Based on the consideration of a set of space waves, a model for the E field along the path of a mobile receiver is presented. Antenna array and aperture theory are applied to the model and used to derive equations for the total received field that enable a clear understanding of fading over various distances along the path. It is shown that lower frequency fades, which have often heretofore been attributed to shadowing by obstructions, can result from multipath interference. This is confirmed via Fourier analysis of data measured on line-of -sight microcellular-type radio channels at 1.8 Hz. To preserve fidelity in results, this analysis is conducted within short path lengths over which the set of space waves remains unchanged. These are herein identified for the first time as Deterministic Lengths.

Original language	English
Title of host publication	Proc. 8th URSI Commission F Triennial Open Symposium on Wave Propagation and Remote Sensing
Publisher	University of Aveiro, Portugal
Pages	220-223
ISBN (Print)	972 8021 65 8
Publication status	Published - 1998
Event	8th URSI Commission F Triennial Open Symposium on Wave Propagation and Remote Sensing, 1998 - Aveiro, Portugal Duration: 22 Sept 1998 → 25 Sept 1998

Conference

Conference	8th URSI Commission F Triennial Open Symposium on Wave Propagation and Remote Sensing, 1998
Country/Territory	Portugal
City	Aveiro
Period	22/09/98 → 25/09/98

Cite this

@inproceedings{e95f39c6162944d1a8eda1a4d2cbbfce,

title = "A spatial field model for mobile radio",

abstract = "Based on the consideration of a set of space waves, a model for the E field along the path of a mobile receiver is presented. Antenna array and aperture theory are applied to the model and used to derive equations for the total received field that enable a clear understanding of fading over various distances along the path. It is shown that lower frequency fades, which have often heretofore been attributed to shadowing by obstructions, can result from multipath interference. This is confirmed via Fourier analysis of data measured on line-of -sight microcellular-type radio channels at 1.8 Hz. To preserve fidelity in results, this analysis is conducted within short path lengths over which the set of space waves remains unchanged. These are herein identified for the first time as Deterministic Lengths.",

author = "G.H. Bryant and R.J.C. Bultitude and M.J. Neve",

year = "1998",

language = "English",

isbn = "972 8021 65 8",

pages = "220--223",

booktitle = "Proc. 8th URSI Commission F Triennial Open Symposium on Wave Propagation and Remote Sensing",

publisher = "University of Aveiro, Portugal",

note = "8th URSI Commission F Triennial Open Symposium on Wave Propagation and Remote Sensing, 1998 ; Conference date: 22-09-1998 Through 25-09-1998",

}

TY - GEN

T1 - A spatial field model for mobile radio

AU - Bryant, G.H.

AU - Bultitude, R.J.C.

AU - Neve, M.J.

PY - 1998

Y1 - 1998

N2 - Based on the consideration of a set of space waves, a model for the E field along the path of a mobile receiver is presented. Antenna array and aperture theory are applied to the model and used to derive equations for the total received field that enable a clear understanding of fading over various distances along the path. It is shown that lower frequency fades, which have often heretofore been attributed to shadowing by obstructions, can result from multipath interference. This is confirmed via Fourier analysis of data measured on line-of -sight microcellular-type radio channels at 1.8 Hz. To preserve fidelity in results, this analysis is conducted within short path lengths over which the set of space waves remains unchanged. These are herein identified for the first time as Deterministic Lengths.

AB - Based on the consideration of a set of space waves, a model for the E field along the path of a mobile receiver is presented. Antenna array and aperture theory are applied to the model and used to derive equations for the total received field that enable a clear understanding of fading over various distances along the path. It is shown that lower frequency fades, which have often heretofore been attributed to shadowing by obstructions, can result from multipath interference. This is confirmed via Fourier analysis of data measured on line-of -sight microcellular-type radio channels at 1.8 Hz. To preserve fidelity in results, this analysis is conducted within short path lengths over which the set of space waves remains unchanged. These are herein identified for the first time as Deterministic Lengths.

M3 - Conference contribution

SN - 972 8021 65 8

SP - 220

EP - 223

BT - Proc. 8th URSI Commission F Triennial Open Symposium on Wave Propagation and Remote Sensing

PB - University of Aveiro, Portugal

T2 - 8th URSI Commission F Triennial Open Symposium on Wave Propagation and Remote Sensing, 1998

Y2 - 22 September 1998 through 25 September 1998

ER -

A spatial field model for mobile radio

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