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Cellular Communications Using Aerial Platforms

Cellular Communications Using Aerial Platforms
Cellular Communications Using Aerial Platforms
Abstract?This paper is devoted to the study of cellular communications using aerial platforms (APs). A set of key equations is derived that quantify the coverage area on the ground as a function of AP elevation, the operation of the adaptive multibeam antenna on the AP, and the formulation of contiguous terrestrial cells and their shapes. Specifically, we consider the deployment of an AP to provide terrestrial mobile radio communications using the universal mobile telecommunication system operating in its wide-band code-division multiple-access mode. Calculations are made of the number of users versus E<sub>b</sub>/N<sub>o</sub> for different service rates. Multitiered cellular structures having cells of different size that are steerable with the offered teletraffic are examined. The array structure to achieve this is identified. The preliminary results shows that an AP at a height of 21 km covers an area of radius 517 km. Up to 21 users per cell with a service rate of 8 kb/s can be accommodated in the 2.2-GHz band. These services can be provided within an area of radius 70 km with transmitted powers of less than 1 W. High system capacity is proved to be possible by constructing cells of radius as small as 100 m using square planar arrays with dimensions of less than 12 m x 12 m. The AP system provides high capacity and Doppler frequency shifts that only originate from roving mobiles. Index Terms?Aerial platforms, cellular communications, code division multiple access (CDMA).
0018-9545
686-700
El-Jabu, B.
8f1f4950-4297-4d9a-bbe8-21d73edd1b30
Steele, R.
7b1e6d15-a296-43bc-8ff2-37fbeb71b0ae
El-Jabu, B.
8f1f4950-4297-4d9a-bbe8-21d73edd1b30
Steele, R.
7b1e6d15-a296-43bc-8ff2-37fbeb71b0ae

El-Jabu, B. and Steele, R. (2001) Cellular Communications Using Aerial Platforms IEEE Transactions on Vehicular Technology, 50, (3), pp. 686-700.

Record type: Article

Abstract

Abstract?This paper is devoted to the study of cellular communications using aerial platforms (APs). A set of key equations is derived that quantify the coverage area on the ground as a function of AP elevation, the operation of the adaptive multibeam antenna on the AP, and the formulation of contiguous terrestrial cells and their shapes. Specifically, we consider the deployment of an AP to provide terrestrial mobile radio communications using the universal mobile telecommunication system operating in its wide-band code-division multiple-access mode. Calculations are made of the number of users versus E<sub>b</sub>/N<sub>o</sub> for different service rates. Multitiered cellular structures having cells of different size that are steerable with the offered teletraffic are examined. The array structure to achieve this is identified. The preliminary results shows that an AP at a height of 21 km covers an area of radius 517 km. Up to 21 users per cell with a service rate of 8 kb/s can be accommodated in the 2.2-GHz band. These services can be provided within an area of radius 70 km with transmitted powers of less than 1 W. High system capacity is proved to be possible by constructing cells of radius as small as 100 m using square planar arrays with dimensions of less than 12 m x 12 m. The AP system provides high capacity and Doppler frequency shifts that only originate from roving mobiles. Index Terms?Aerial platforms, cellular communications, code division multiple access (CDMA).

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Published date: May 2001
Organisations: Electronics & Computer Science

Identifiers

Local EPrints ID: 256077
URI: http://eprints.soton.ac.uk/id/eprint/256077
ISSN: 0018-9545
PURE UUID: 132e219e-dd89-4350-a58e-6ec1917e44d6

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Date deposited: 19 Oct 2001
Last modified: 18 Jul 2017 09:49

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Contributors

Author: B. El-Jabu
Author: R. Steele

University divisions

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