Intelligent data classification and aggregation in wireless sensors for flood forecasting system

E. Marouane, Ezziyyani Mostafa, Essaaidi Mohamed
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引用次数: 4

Abstract

Flood is a major natural hazard in the world. For the period 1996-2005, about 80% of global natural disasters were meteorological or hydro. The floods have affected an average of 66 million people per year between 1973 and 1997. By these statistics, floods are considered the disasters that produce the most damage. Thats why we must handling floods data with great caution since human life is at stake. In this paper, we present an intelligent model that gathers data received from the wireless sensors and reach them in an intelligent way on one hand, on the other hand, it detects erroneous or redundant data to classify them to just have reliable and adequate data to be stored in the database in order to be processed in the decision support system for real time flood forecasting by using of the multi-agent system (MAS) to process data, eliminate redundancy, non-useful and erroneous data and establish collaboration between mobile agents to send the results to the base station.
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洪水预报系统中无线传感器数据的智能分类与聚合
洪水是世界上主要的自然灾害。1996年至2005年期间,全球约80%的自然灾害是气象或水力灾害。从1973年到1997年,洪水平均每年影响6600万人。根据这些统计数据,洪水被认为是造成最大破坏的灾害。这就是为什么我们必须非常谨慎地处理洪水数据,因为人的生命处于危险之中。本文提出了一种智能模型,该模型一方面对无线传感器接收到的数据进行智能采集,另一方面通过多智能体系统(MAS)对数据进行处理,消除冗余,从而检测出错误或冗余的数据,并对其进行分类,使其有足够的可靠数据存储在数据库中,以便在实时洪水预报决策支持系统中进行处理。无用和错误的数据,并在移动代理之间建立协作,将结果发送到基站。
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