论文标题
与中立政党的竞争环境中决策周期的数学建模
Mathematical modelling of decision cycles in a competitive environment with neutral parties
论文作者
论文摘要
决策是人类过程，是竞争的基本组成部分。作为对决策，指挥和控制或C2的实现，已经在文献中研究了对抗性人群，但是这些模型并未明确捕捉竞争。我们在这里的工作旨在通过扩展生态启发的人群模型来丰富此类竞争模型，从而通过与非线性振荡器系统（库拉莫托方程）结合来包括决策动态，以模拟决策中的动作感知周期。通过不对称的复杂性竞争模型，我们强调了竞争性敏捷性和决策过程的重要性，使人们取得成功。
Decision making is a human process that is a fundamental part of competition. As a realisation of decision making, Command and Control, or C2, has been studied in the literature for adversarial populations, yet these models do not explicitly capture competition. Our work here seeks to enrich such competition models by extending ecologically inspired population models to include decision dynamics through coupling with a nonlinear system of oscillators (the Kuramoto equation) to model the action-perception cycle in decision making. Through asymmetric competition models of increasing complexity, we highlight the importance of competitive agility and decision making processes necessary for a population to be successful.
