论文标题
公司的信息消耗和规模
Information consumption and size in firms
论文作者
论文摘要
社会和生物集体需要交换信息以持续和运作。这发生在内部网络之间,其结构代表信息流的静态通道。所研究的信息较少的是传输的信息的数量和种类。我们表征了信息流的一部分,即将进入组织(主要是商业公司)的信息。我们使用数亿名员工在数百万公司访问的新闻文章记录的数据集来衡量公司阅读的内容。我们定量地测量和关联三个基本方面:阅读量,阅读品种和公司规模。首先,我们将数量与企业规模进行比较,这表明公司随着阅读量的量增长。扩展意味着,信息量的不平等范围夸大了经典的ZIPF定律不平等,指出了信息消费的规模经济。然后,通过连接品种和音量,我们表明公司的阅读习惯在有限程度上有所不同。高于一定规模的公司成为重复的读者,这与团队之间的协调成本突然发作一致。最后,我们将信息变化与大小相关联,以表明大型公司倾向于增加现有领域的投资,而不是从它们撤离到新领域。我们认为这反映了增长的结构限制。结果表明,信息消耗如何反映内部结构(除了个体员工之外)的作用,类似于其他社会和生物系统中的信息处理。
Social and biological collectives need to exchange information to persist and to function. This happens across internal networks, whose structure represents static channels through which information flows. Less studied is the quantity and variety of information transmitted. We characterize a part of the information flow, the information going into organizations, primarily business firms. We measure what firms read using a data set of hundreds of millions of records of news articles accessed by employees across millions of firms. We measure and relate quantitatively three essential aspects: reading volume, reading variety, and firm size. First we compare volume with firm size, showing that firms grow sublinearly with the volume of their reading. The scaling means that inequality in information volume exaggerates the classic Zipf's law inequality in firm size, pointing to an economy of scale in information consumption. Then, by connecting variety and volume, we show that the firms vary in their reading habits to a limited degree. Firms above a certain size become repetitive readers, consistent with the sudden onset of a coordination cost between teams, not individual employees. Finally, we relate information variety to size to show that large firms tend to increase investments in existing areas of interest instead of divesting from them to move to new areas. We argue that this reflects structural constraints in growth. The results indicate how information consumption reflects the role of internal structure, beyond individual employees, analogous to information processing in other social and biological systems.