首页> 外文期刊>Philosophical Transactions of the Royal Society of London, Series B. Biological Sciences >Speed versos accuracy in decision-making ants; expediting politics and policy implementation
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Speed versos accuracy in decision-making ants; expediting politics and policy implementation

机译:决策蚂蚁的速度准确度;加快政治和政策执行

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Compromises between speed and accuracy are seemingly inevitable in decision-making when accuracy depends on time-consuming information gathering, In collective decision-making, such compromises are especially likely because information is shared to determine corporate policy. This political process will also take time. Speed-accuracy trade-offs occur among house-hunting rock ants, Temnothorax albipennis. A key aspect of their decision-making is quorum sensing in a potential new nest. Finding a sufficient number of nest-mates, i.e. a quorum threshold (QT), in a potential nest site indicates that many ants find it suitable. Quorum sensing collates information. However, the QT is also used as a switch, from recruitment of nest-mates to their new home by slow tandem running, to recruitment by carrying, which is three times faster. Although tandem running is slow, it effectively enables one successful ant to lead and teach another the route between the nests. Tandem running creates positive feedback; more and more ants are shown the way, as tandem followers become, in turn, tandem leaders. The resulting corps of trained ants can then quickly carry their nest-mates; but carried ants do not learn the route. Therefore, the QT seems to set both the amount of information gathered and the speed of the emigration. Low QTs might cause more errors and a slower emigration-the worst possible outcome. This possible paradox of quick decisions leading to slow implementation might be resolved if the ants could deploy another positive-feedback recruitment process when they have used a low QT. Reverse tandem runs occur after carrying has begun and lead ants back from the new nest to the old one. Here we show experimentally that reverse tandem runs can bring lost scouts into an active role in emigrations and can help to maintain high-speed emigrations. Thus, in rock ants, although quick decision-making and rapid implementation of choices are initially in opposition, a third recruitment method can restore rapid implementation after a snap decision. This work reveals a principle of widespread importance: the dynamics of collective decision-making (i.e. the politics) and the dynamics of policy implementation are sometimes intertwined, and only by analysing the mechanisms of both can we understand certain forms of adaptive organization.
机译:当准确性取决于耗时的信息收集时,在决策中速度和准确性之间的妥协似乎是不可避免的。在集体决策中,这种妥协尤其可能是因为共享信息来确定公司政策。这一政治进程也将花费时间。速度精确性的折衷发生在寻屋的岩蚁Temnothorax albipennis中。他们决策的关键方面是潜在的新巢穴中的群体感应。在潜在的筑巢地点找到足够数量的筑巢伴侣,即定额阈值(QT),表明许多蚂蚁都觉得合适。仲裁感测整理信息。但是,QT还可以用作一种转换,从慢速串联运动招募嵌套伴侣到新家,再到携带运动招募,这快了三倍。尽管串联运行速度很慢,但它可以有效地使一只成功的蚂蚁引导并教导另一只蚁在巢穴之间的路线。双人跑步产生积极的反馈;随着串联的追随者反过来成为串联的领导者,越来越多的蚂蚁被显示出来。然后,经过训练的蚂蚁军团可以迅速携带他们的巢伙伴。但携带的蚂蚁不了解路线。因此,QT似乎同时设置了收集的信息量和移民速度。低QT值可能会导致更多错误和更慢的迁移速度,这可能是最糟糕的结果。如果蚂蚁在使用较低的QT时可以部署另一个积极反馈的招聘流程,则可能会解决快速决策导致执行缓慢的这种悖论。反向串联运行是在搬运开始后发生的,并将蚂蚁从新巢中带回旧巢中。在这里,我们通过实验证明,反向串联运行可以使失去的侦察员在移民中发挥积极作用,并有助于维持高速移民。因此,在岩蚁中,尽管起初快速决策和选择的快速实施是相反的,但是第三种招聘方法可以在做出快速决策后恢复快速的实施。这项工作揭示了一个具有广泛重要性的原则:集体决策的动态(即政治)和政策实施的动态有时会交织在一起,只有通过分析两者的机制,我们才能了解某些形式的适应性组织。

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