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PIER PIER B PIER C PIER M PIER Letters
2013-05-05
Exposure Optimization in Indoor Wireless Networks by Heuristic Network Planning
By
David Plets,

    Dr. David Plets

    Univ Ghent

    Belgium

    Homepage

Wout Joseph,

    Dr. Wout Joseph

    Dept Informat Technol

    Univ Ghent

    Belgium

    Homepage

Kris Vanhecke,

    Dr. Kris Vanhecke

    Dept. of Information Technology

    WiCa-Ghent University/iMinds

    Belgium

    Homepage

Luc Martens

    Dr. Luc Martens

    Univ Ghent

    Belgium

    Homepage

Progress In Electromagnetics Research, Vol. 139, 445-478, 2013
doi:10.2528/PIER13013003
Abstract
Due to the increased use of indoor wireless networks and the concern about human exposure to radio-frequency sources, exposure awareness has increased during recent years. However, current-day network planners rarely take into account electricfield strengths when designing networks. Therefore in this paper, a heuristic indoor network planner for exposure calculation and optimization of wireless networks is developed, jointly optimizing coverage and exposure, for homogeneous or heterogeneous networks. The implemented exposure models are validated by simulations and measurements. As a first novel optimization feature, networks are designed that do not exceed a user-defined electric-field strength value in the building. The influence of the maximally allowed field strength, based on norms in different countries, and the assumed minimal separation between the access point and the human are investigated for a typical office building. As a second feature, a novel heuristic exposure minimization algorithm is presented and applied to a wireless homogeneous WiFi and a heterogeneous WiFi-LTE femtocell network, using a new metric that is simple but accurate. Field strength reductions of a factor 3 to 6 compared to traditional network deployments are achieved and a more homogeneous distribution of the observed field values on the building floor is obtained. Also, the influence of the throughput requirement on the field strength distribution on the building floor is assessed. Moreover, it is shown that exposure minimization is more effective for high than for low throughput requirements and that high field values are more reduced than low field values.
Citation
David Plets, Wout Joseph, Kris Vanhecke, and Luc Martens, "Exposure Optimization in Indoor Wireless Networks by Heuristic Network Planning," Progress In Electromagnetics Research, Vol. 139, 445-478, 2013.
doi:10.2528/PIER13013003
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