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This study provides a methodological and analytical framework for better understanding the idea selection process within organizations in the context of “idea challenges” as a form of open collaborative innovation. Drawing on recent advancement in two-mode Exponential random graph model, we examine two-mode network generated by a digital collaboration platform on employee participation during a 12-day idea challenge in a global IT corporation. We assess the network logics and individual-level factors that shape network structure of idea generation and selection of a few good ideas from a large amount of ideas pitched. Results demonstrate a Matthew effect leading to employee participation that is highly centralized around a few “super-active” employees engaged with many ideas, and highly centralized idea popularity with very few ideas attracting most employee activity and most ideas garnering little attention. We also find some support for employee-idea clustering or “block-voting” as well as geographic homophily in employee participation.
Bryan Stephens, University of Texas at Austin
Wenhong Chen, U of Texas - Austin
John Sibley Butler, U of Texas - Austin