Knowledge based dynamic modeling system for sensor fusion applications

G. Giuffrida, A. Vellaikal
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引用次数: 0

Abstract

In a dynamic situation, data modalities range from static (e.g., spatial data representation, objects description) to dynamic (e.g., moving entities, evolving objects). Static data typically reside on local database systems while dynamic data are continuously generated from sensors or special events; we need to integrate both types of data for a realistic modeling of a dynamic situation. In this paper we discuss the implementation of a knowledge based centered system which integrates (1) an expert system shell, (2) a geographical information system, and (3) a sensor data processor. The knowledge encoded in the expert system shell is able to reason on the different data collected over time and, accordingly, to trigger some actions. Actions are of two forms: (1) general messages/alerts to the user to denote a particularly interesting data configuration, and (2) feedback to the various sub-components to improve processing and prediction operations.
基于知识的传感器融合动态建模系统
在动态情况下,数据模式的范围从静态(例如,空间数据表示、对象描述)到动态(例如,移动实体、演化对象)。静态数据通常驻留在本地数据库系统中,而动态数据则从传感器或特殊事件中不断生成;我们需要整合这两种类型的数据,以便对动态情况进行真实的建模。本文讨论了一个集成了(1)专家系统外壳、(2)地理信息系统和(3)传感器数据处理器的基于知识的中心系统的实现。编码在专家系统外壳中的知识能够对随时间收集的不同数据进行推理,并相应地触发一些操作。动作有两种形式:(1)向用户发出一般消息/警报,以表示特别有趣的数据配置;(2)向各个子组件反馈,以改进处理和预测操作。
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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