Title :
Explaining the Sustainability of Digital Ecosystems based on the Wiki Model Through Critical-Mass Theory
Author :
Prasarnphanich, Pattarawan ; Wagner, Christian
Author_Institution :
Sasin Grad. Inst. of Bus. Adm. (GIBA), Chulalongkorn Univ., Bangkok, Thailand
fDate :
6/1/2011 12:00:00 AM
Abstract :
This paper investigates the sustainability of a type of digital ecosystem, namely, knowledge-sharing communities built on the wiki model. Sustainability is hypothesized to result from the participation of contributors with varying levels of resources and interests. The differences in resources and interests, according to the critical-mass theory, enable such communities to overcome typical start-up and growth problems. This paper describes a preliminary empirical test of the critical-mass theory in this context, with Wikipedia as a test case that demonstrates sustainability as well as resource and interest heterogeneity, based on a survey of 78 Wikipedians. The characteristic patterns of success exhibited in Wikipedia are expected to inform the management of other wiki-based information assets.
Keywords :
Internet; encyclopaedias; environmental science computing; knowledge management; Wiki model; Wiki-based information assets; Wikipedia; critical-mass theory; digital ecosystem sustainability; knowledge-sharing communities; Asset management; Collaborative work; Communication system control; Computer mediated communication; Control systems; Ecosystems; Online Communities/Technical Collaboration; Permission; Testing; Wikipedia; Collaborative-knowledge creation; collective action; critical mass; digital ecosystem;
Journal_Title :
Industrial Electronics, IEEE Transactions on
DOI :
10.1109/TIE.2009.2027248