An efficient and practical diagnosis model

Yue Xu, Chengqi Zhang
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Abstract

The task of diagnosis, a typical abductive problem, as to find a hypothesis that best explains a set of observations. Generally, a neural network diagnostic reasoning model finds only one hypothesis to a set of observations. It is computationally expensive to find the hypothesis because the number of the potential hypotheses is exponentially large. Recently, we have proposed a connectionist diagnosis model to overcome the above difficulty. In this paper, we propose a method to improve the efficiency and the practicality of the model. The improved model can find more solutions, and the efficiency of the model is also improved.
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一种高效实用的诊断模型
诊断的任务,一个典型的溯因问题,是找到一个最能解释一组观察结果的假设。一般来说,神经网络诊断推理模型对一组观察结果只发现一个假设。由于潜在假设的数量呈指数级增长,因此寻找假设的计算成本很高。最近,我们提出了一个连接主义诊断模型来克服上述困难。在本文中,我们提出了一种提高模型效率和实用性的方法。改进后的模型可以找到更多的解,同时也提高了模型的效率。
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