Acceptance as a success factor for planning wireless network infrastructure

A. Engels, M. Neunerdt, R. Mathar, H. M. Abdullah
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引用次数: 4

Abstract

Availability of ubiquitous wireless services is taken for granted by most of the people. Therefore, network operators have to deploy and to operate large radio networks that, particularly, support broadband services and applications. One effect is a growing cell density, i.e., the number of required base stations increases. On the other hand, there are people that are afraid of getting harmed by electromagnetic radiation emitted by base stations or there are people that just dislike the prevalence of base station antennas. Both types of people's attitude refer to the field of user acceptance. A high deficiency in acceptance might lead to public disputes, political disputes, and negative economical consequences. To counteract such trends preventively, we propose a mathematical optimization model that allows for planning wireless network infrastructure with respect to user acceptance. While keeping technical and economical aspects as primarily considered planning criteria, we propose a multi-objective optimization model that takes into account user acceptance as an objective. Numerical results demonstrate effects of this approach compared to application of a conventional planning model.
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接受度是规划无线网络基础设施的成功因素
无所不在的无线服务对大多数人来说是理所当然的。因此,网络运营商必须部署和运营大型无线网络,特别是支持宽带服务和应用。一个影响是小区密度的增加,即所需基站的数量增加。另一方面,有些人害怕受到基站发出的电磁辐射的伤害,或者有些人只是不喜欢基站天线的普及。这两种人的态度都是指用户接受的领域。接受度的高度不足可能导致公共纠纷、政治纠纷和负面的经济后果。为了预防这种趋势,我们提出了一个数学优化模型,该模型允许根据用户接受度来规划无线网络基础设施。在将技术和经济方面作为主要考虑的规划标准的同时,我们提出了一个将用户接受度作为目标的多目标优化模型。数值结果表明,与传统规划模型的应用相比,该方法具有较好的效果。
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