广义优先-排队网络动力学：团队和层级的影响
Generalized priority-queue network dynamics: Impact of team and hierarchy
摘要：
研究了团队和层级结构对优先排队网络等待时间动力学的影响。为此，我们引入了广义优先级排队网络模型，将基于团队执行和层次决策的交互规则，分别。数值计算发现，在这两种情况下，等待时间分布表现出的长等待时间的幂律，但不同的指数取决于团队的大小和位置的队列节点的层次结构，分别。所观察到的幂律行为在许多情况下有相应的单个或成对相互作用的队列动力学，这表明成对相互作用可能构成优先级队列网络中的主要动力学后果。研究还发现，影响力的相互作用是优先级排队网络动力学的一个相关因素
英文摘要：
We study the effect of team and hierarchy on the waiting-time dynamics of priority-queue networks. To this end, we introduce generalized priority-queue network models incorporating interaction rules based on team-execution and hierarchy in decision making, respectively. It is numerically found that the waiting time distribution exhibits a power law for long waiting times in both cases, yet with different exponents depending on the team size and the position of queue nodes in the hierarchy, respectively. The observed power-law behaviors have in many cases a corresponding single or pairwise-interacting queue dynamics, suggesting that the pairwise interaction may constitute a major dynamics consequence in the priority-queue networks. It is also found that the reciprocity of influence is a relevant factor for the priority-queue network dynamics
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