New Database Operators for Sensor Networks

Seungjae Lee, Changhwa Kim, Sangkyung Kim
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Abstract

Recently, researches on relational database approaches to sensor networks are being tried. There occur, however, some problems in applying directly the traditional relational database concepts into a sensor network in that every database operation is performed only on the real existing data which are tuples in database relations. The reason is because in a sensor network viewpoint situations under which some operations should be performed on non-existing data may occur frequently. For instance, Can we write a query to get temperature of a spot with no sensor node? Additionally, let us assume a sensor network that two different classes of nodes are scattered in the same area. We cannot get join results to know the relationship between two different classes of sensing values because there might be no nodes at a exact same location. For a solution about the above described problems we propose in this paper new database operators. This new database operators can provide more effective data management and standard interfaces to application programs in sensor networks.
传感器网络的新型数据库运营商
近年来,对传感器网络的关系数据库方法的研究正在进行尝试。然而,将传统的关系数据库概念直接应用到传感器网络中存在一些问题,因为每一个数据库操作都只对数据库关系中实际存在的元组数据进行操作。这是因为从传感器网络的角度来看,需要对不存在的数据执行某些操作的情况可能会频繁发生。例如,我们可以编写一个查询来获取没有传感器节点的点的温度吗?另外,让我们假设一个传感器网络,两个不同类别的节点分散在同一区域。我们无法获得连接结果来了解两类不同感知值之间的关系,因为可能在完全相同的位置上没有节点。为了解决上述问题,本文提出了新的数据库操作符。这种新型的数据库运营商可以为传感器网络中的应用程序提供更有效的数据管理和标准接口。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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