This study relies on Media Synchronicity Theory and Social Network Analysis to analyze how the structure of collaboration networks change when collaborating teams become temporally dispersed. The empirical test of hypotheses using ordinary least squares with archival data from 230 Open Source Software projects shows that the collaboration structure networks of more temporally dispersed teams are sparser and more centralized, and these associations are stronger in those teams exhibiting higher relative performance
Several studies exist which use scientific literature for comparing scientific activities (e.g., pro...
Recent years have witnessed a surge in self-organizing voluntary teams collaborating online to produ...
Software development has traditionally been regarded as an activity that can only be effectively con...
Collaboration structure and temporal dispersion (TD) in teams have been studied independently so far...
Dispersion in working teams has been addressed by extant research mostly in terms of the physical di...
Dispersion in working teams has been addressed by earlier research mostly in terms of the physical d...
In recent years, a surprising new phenomenon has emerged in which globally-distributed online commun...
The success of open source projects crucially depends on the voluntary contributions of a sufficient...
Organizations increasingly use teams, both co-localized and distributed, to perform knowledge intens...
Open Source Software development teams provide an interesting and convenient setting for studying di...
Recent years have witnessed a surge in self-organizing voluntary teams collaborating online to produ...
ABSTRACT-This study is going to provide directions to open source practitioners to better organize t...
Empirical research has shown that social network structure is a critical success factor for various ...
This poster reports on our latest results in a multiyear project that employs a mixed network analyt...
Open Source Software (OSS) development has attracted considerable attention from both researchers an...
Several studies exist which use scientific literature for comparing scientific activities (e.g., pro...
Recent years have witnessed a surge in self-organizing voluntary teams collaborating online to produ...
Software development has traditionally been regarded as an activity that can only be effectively con...
Collaboration structure and temporal dispersion (TD) in teams have been studied independently so far...
Dispersion in working teams has been addressed by extant research mostly in terms of the physical di...
Dispersion in working teams has been addressed by earlier research mostly in terms of the physical d...
In recent years, a surprising new phenomenon has emerged in which globally-distributed online commun...
The success of open source projects crucially depends on the voluntary contributions of a sufficient...
Organizations increasingly use teams, both co-localized and distributed, to perform knowledge intens...
Open Source Software development teams provide an interesting and convenient setting for studying di...
Recent years have witnessed a surge in self-organizing voluntary teams collaborating online to produ...
ABSTRACT-This study is going to provide directions to open source practitioners to better organize t...
Empirical research has shown that social network structure is a critical success factor for various ...
This poster reports on our latest results in a multiyear project that employs a mixed network analyt...
Open Source Software (OSS) development has attracted considerable attention from both researchers an...
Several studies exist which use scientific literature for comparing scientific activities (e.g., pro...
Recent years have witnessed a surge in self-organizing voluntary teams collaborating online to produ...
Software development has traditionally been regarded as an activity that can only be effectively con...