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Political Polarization Analysis Using Random Matrix Theory: Case Study for USA Biparty Public View

机译:随机矩阵理论的政治偏振分析:美国自平等公众视野案例研究

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We consider the big data problems in the area of political polarization for USA biparty public view. In order to provide a mathematical insight, we model the big data structure as a zero mean random matrix with a deterministic perturbation matrix, analyze this model using random matrix theory (RMT), and simulate the real data to confirm this mathematical model. Then, we first propose an average capacity metric to numerically evaluate the polarization of two different data sources, namely US Democratic and Republic parties. With this metric, we derive the approximated capacity using the large dimension approach and free deconvolution approach in RMT. These two approaches show the same capacity changing trend that the Democrats and Republicans are now more ideologically divided than in the past.
机译:我们考虑了美国Biparty Public View的政治极化领域的大数据问题。为了提供数学识别,我们将大数据结构模拟为零平均随机矩阵,使用确定性扰动矩阵,使用随机矩阵理论(RMT)分析该模型,并模拟真实数据以确认该数学模型。然后,我们首先提出平均容量度量来数字地评估两种不同数据来源的极化,即美国民主和共和国缔约方。通过这种指标,我们使用RMT中的大维方法和免费的折折叠方法导出近似容量。这两种方法表现出相同的能力变化趋势,使民主党和共和党人现在比过去更为意识形态。

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