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首页> 外文期刊>International Journal of Modern Physics, B. Condensed Matter Physics, Statistical Physics, Applied Physics >A statistical dynamic approach to structural evolution of complex capital market systems
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A statistical dynamic approach to structural evolution of complex capital market systems

机译:复杂资本市场系统结构演化的统计动态方法

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摘要

As an important part of modern financial systems, capital market has played a crucial role on diverse social resource allocations and economical exchanges. Beyond traditional models and/or theories based on neoclassical economics, considering capital markets as typical complex open systems, this paper attempts to develop a new approach to overcome some shortcomings of the available researches. By defining the generalized entropy of capital market systems, a theoretical model and nonlinear dynamic equation on the operations of capital market are proposed from statistical dynamic perspectives. The US security market from 1995 to 2001 is then simulated and analyzed as a typical case. Some instructive results are discussed and summarized.
机译:作为现代金融体系的重要组成部分,资本市场在多样化的社会资源配置和经济交流中发挥了至关重要的作用。除了基于新古典经济学的传统模型和/或理论之外,本文还将资本市场视为典型的复杂开放系统,本文尝试开发一种新方法来克服现有研究的某些不足。通过定义资本市场系统的广义熵,从统计动力学的角度提出了资本市场运行的理论模型和非线性动力学方程。然后以典型案例对1995年至2001年的美国证券市场进行仿真和分析。讨论并总结了一些有益的结果。

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