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2017•Unpublished venueRequires access

New study on the distribution of EM fields near the GSM cellular networks in the urban area of greater tunis

Said Ghnimi, Chaouki Guesmi, Fakhreddine Khelifa, Ali Gharsallah

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Abstract

In this paper, we studied the distribution of EM fields in the GSM-900 cellular network on sites in Greater Tunis. The method adopted to simulate the electrical radio propagation aspect of these sites is a known professional simulator PLANET-EV. The results we have found shows that the GSM network produced a high level of field in the vicinity of the base station, and can bother the subscriber's EM environment, and could be considered as a source of noise for other systems.

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What this paper is about

In this paper, we studied the distribution of EM fields in the GSM-900 cellular network on sites in Greater Tunis. The method adopted to simulate the electrical radio propagation aspect of these sites is a known professional simulator PLANET-EV. The results we have found shows that the GSM network produced a high level of field in the vicinity of the base station, and can bother the subscriber's EM environment, and could be considered as a source of noise for other systems.

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Available abstract

In this paper, we studied the distribution of EM fields in the GSM-900 cellular network on sites in Greater Tunis. The method adopted to simulate the electrical radio propagation aspect of these sites is a known professional simulator PLANET-EV. The results we have found shows that the GSM network produced a high level of field in the vicinity of the base station, and can bother the subscriber's EM environment, and could be considered as a source of noise for other systems.

Key concepts: GSM, Base station, Cellular radio, Cellular network, Noise (video), Computer science, Telecommunications, Field (mathematics)

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