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The Complexity of MAP Inference in Bayesian Networks Specified Through Logical Languages

机译:通过逻辑语言指定的贝叶斯网络地图推断的复杂性

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We study the computational complexity of finding maximum a posteriori configurations in Bayesian networks whose probabilities are specified by logical formulas. This approach leads to a fine grained study in which local information such as context-sensitive independence and determinism can be considered. It also allows us to characterize more precisely the jump from tractability to N P-hardness and beyond, and to consider the complexity introduced by evidence alone.
机译:我们研究了在贝叶斯网络中找到最大后验配置的计算复杂性,其概率由逻辑公式指定。这种方法导致一个细粒度的研究,其中可以考虑诸如上下文敏感的独立性和确定性等局部信息。它还允许我们更精确地表征从易疏忽到N个硬度及更远的速度,并考虑单独证据引入的复杂性。

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