ABM for routine replication dynamics 1.1.0
This is an agent-based model to explore routine replication dynamics considering two types of network contexts – namely, (1) connections between different (geographically distributed) units (which here we called “groups”) in a decentralized organization, and (2) the coupling relation between routines – i.e., a bundle of different routines involved in each group.
Release Notes
To do so, we first followed the NK and fitness landscape modelling to depict routine networks, and built up the fitness landscape of an organization. Then, we translated this into an agent-based model (ABM) to explore complex behaviors – That is, we treated an aggregation of individuals and artifacts – namely, the unit distributed within an organization, which we called a ‘group’ – as the basic autonomous agent. All the groups (i.e., agents) randomly interacted with each other, while by using templates specific routines were replicated from group to group. Furthermore, we also considered the impact of both internal uncertainties and external dynamics of the organizational environment routine replications. This included, for example, template-duplicating errors and innovative activities among groups, and the pace of variation of the organizational environment.