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Urban emergency intelligent decision system based on variable precision graded rough set on two universes

机译:基于可变精度渐变粗糙集的城市应急智能决策系统在两个宇宙中

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In recent years, different kinds of rough set models on two universes have been given. In this paper a variable precision graded rough set model based on two distinct but related universes (VPGRSTU) is proposed. We determine the scope of the grade from the absolute quantitative point of view, and the precision of can be changed with user requirements. We introduce an algorithm to compute the new lower and upper approximations in VPGRSTU. Furthermore, a method to measure roughness of VPGRSTU is given. The method also can be used to compute the lower and upper approximations. An algorithm based on matrix is proposed to realize above method. Finally, several examples are employed to demonstrate the VPGRSTU and the theory in this paper. At last we build urban emergency intelligent decision system based on VPGRSTU.
机译:近年来,已经给出了两个宇宙中的不同种类的粗糙集模型。本文提出了一种基于两个不同但相关宇宙(VPGRSTU)的可变精密等级粗糙集模型。我们从绝对定量的角度确定等级的范围,可以通过用户要求改变精度。我们介绍了一种算法来计算VPGRSTU中的新较低和上近似。此外,给出了测量VPGRSTU粗糙度的方法。该方法还可用于计算较低和上近似。提出了一种基于矩阵的算法来实现上述方法。最后,采用了几个例子来展示VPGRSTU和本文的理论。最后,我们基于VPGRST构建城市紧急智能决策系统。

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