首页> 外文会议>STarting Artificial Intelligence Researchers Symposium(STAIRS 2002); 20020722-20020723; Lyon; FR >Estimation of Pollution Solubility in Wastewater by Fusion of Expert Knowledge with Data using the Belief Functions Theory
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Estimation of Pollution Solubility in Wastewater by Fusion of Expert Knowledge with Data using the Belief Functions Theory

机译:基于信度函数理论的专家知识与数据融合估计废水中的污染物溶解度

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摘要

In this paper, we propose a methodology for combining expert knowledge with information extracted from statistical data, for estimating pollution solubility in wastewater. The method is based on (1) a case-based approach allowing to predict a quantity of interest from past cases in the form of a belief function, (2) Bayesian networks for modelling expert knowledge and (3) a tuning mechanism allowing to mix information sources, so as to minimize a performance criterion. The use of this method for this environmental problem is motivated by the fact that knowledge in this domain is very partial and ill- structured. The belief functions theory allows to handle the induced uncertainty and imprecision. The approach is expected to be useful in situations where both small databases and partial expert knowledge are available.
机译:在本文中,我们提出了一种将专家知识与从统计数据中提取的信息相结合的方法,以估算废水中的污染溶解度。该方法基于(1)基于案例的方法,允许以信念函数的形式从过去的案例中预测感兴趣的数量;(2)用于建模专家知识的贝叶斯网络;以及(3)允许混合的调整机制信息源,以最小化性能标准。该方法在此环境问题中的使用是由于以下事实引起的:该领域的知识非常不完整且结构混乱。信念函数理论允许处理诱发的不确定性和不精确性。预期该方法在小型数据库和部分专家知识均可用的情况下将很有用。

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