Author List: Singh, Param Vir; Phelps, Corey;
Information Systems Research, 2013, Volume 24, Issue 3, Page 539-560.
Existing research provides little insight into how social influence affects the adoption and diffusion of competing innovative artifacts and how the experiences of organizational members who have worked with particular innovations in their previous employers affect their current organizations' adoption decision. We adapt and extend the heterogeneous diffusion model from sociology and examine the conditions under which prior adopters of competing open source software (OSS) licenses socially influence how a new OSS project chooses among such licenses and how the experiences of the project manager of a new OSS project with particular licenses affects its susceptibility to this social influence. We test our predictions using a sample of 5,307 open source projects hosted at SourceForge. Our results suggest the most important factor determining a new project's license choice is the type of license chosen by existing projects that are socially closer to it in its interproject social network. Moreover, we find that prior adopters of a particular license are more infectious in their influence on the license choice of a new project as their size and performance rankings increase. We also find that managers of new projects who have been members of more successful prior OSS projects and who have greater depth and diversity of experience in the OSS community are less susceptible to social influence. Finally, we find a project manager is more likely to adopt a particular license type when his or her project occupies a similar social role as other projects that have adopted the same license. These results have implications for research on innovation adoption and diffusion, open source software licensing, and the governance of economic exchange.
Keywords: innovation adoption and diffusion; open source software license; social influence; social networks
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#190 0.218 new licensing license open comparison type affiliation perpetual prior address peer question greater compared explore competing crowdsourcing provide choice place
#273 0.158 source open software oss development developers projects developer proprietary community success openness impact paper project associated activity phenomenon peripheral variety
#234 0.131 social networks influence presence interactions network media networking diffusion implications individuals people results exchange paper sites evidence self-disclosure important examine
#49 0.126 adoption diffusion technology adopters innovation adopt process information potential innovations influence new characteristics early adopting set compatibility time initial current
#135 0.107 project projects development management isd results process team developed managers teams software stakeholders successful complex develop contingencies problems greater planning
#108 0.070 model research data results study using theoretical influence findings theory support implications test collected tested based empirical empirically context paper
#102 0.064 choice type functions nature paper literature particular implications function examine specific choices extent theoretical design discussion value widely finally adopted