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Characterizations of Embeddable 3×3 Stochastic Matrices with a Negative Eigenvalue

机译:特征值负的可嵌入3×3随机矩阵的刻画

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The problem of identifying a stochastic matrix as a transition matrixbetween two fixed times, say t=0 and t=1, of a continuous-time andfinite-state Markov chain has been shown to have practical importance,especially in the area of stochastic models applied to socialphenomena. The embedding problem of finite Markov chains, as it iscalled, comes down to investigating whether the stochastic matrix canbe expressed as the exponential of some matrix with row sums equal tozero and nonnegative off-diagonal elements. The aim of this paper isto answer a question left open by S. Johansen (1974), i.e., tocharacterize those stochastic matrices of order three with aneigenvalue λ 0 of multiplicity 2.
机译:已经证明了将随机矩阵识别为连续时间有限状态马尔可夫链的两个固定时间(例如t = 0和t = 1)之间的转换矩阵的问题具有实际意义,尤其是在所应用的随机模型领域到社交现象。所谓有限马尔可夫链的嵌入问题归结于调查随机矩阵是否可以表示为行和等于零且非负非对角线元素的某些矩阵的指数。本文的目的是回答S. Johansen(1974)留下的一个未解决的问题,即以特征值λ<0的多重性2表征那些三阶随机矩阵。

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