Author List: Burke, Kelly; Chidambaram, Laku;
MIS Quarterly, 1999, Volume 23, Issue 4, Page 557-579.
This study addresses three key issues related to media differences among computer-mediated groups meeting face-to-face, synchronously, and asynchronously: First, do groups using different media perceive characteristics of these media differently? Second, do media-related perceptions remain static or change as they are used over time? And finally, do media differences result in performance differences, i.e., do richer media result in better performance for equivocal tasks as predicted by bandwidth theories? Some results of this study tend to support media-characteristics theories while others offer limited support for more evolutionary perspectives. For instance, initially, face-to-face groups found their medium to be warmer, have a better interface, and be more effective compared to their distributed counterparts. While many of these initial perceptions lingered over time, there was one notable exception. At the start of the study, face-to-face groups rated their medium as being more effective than synchronous groups; however, by the end of the study, no significant differences were apparent. Moreover, despite the persistently lower social presence of leaner media, distributed-synchronous groups performed better than their face-to-face counterparts. Finally, the two types of distributed groups--synchronous and asynchronous--did not differ significantly in their perceptions or performance. This study improves our understanding of distributed interaction while simultaneously highlighting the need to further investigate the relationships among tasks, technologies and teams over time.
Keywords: Communication media; computer-mediated communication; group perceptions; group performance; longitudinal research strategies
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#203 0.288 communication media computer-mediated e-mail richness electronic cmc mail medium message performance convergence used communications messages face-to-face findings participants results work
#145 0.159 differences analysis different similar study findings based significant highly groups popular samples comparison similarities non-is variety reveals imitation versus suggests
#257 0.149 group support groups meeting gdss decision systems meetings technology study electronic ems task process communication computer-supported outcomes quality consensus face-to-face
#275 0.090 perceptions attitudes research study impacts importance perceived theory results perceptual perceive perception impact relationships basis significant positive reported common individuals
#106 0.063 integration present offer processes integrating current discuss perspectives related quality literature integrated benefits measures potential regarding issues finally taken propose
#128 0.057 dynamic time dynamics model change study data process different changes using longitudinal understanding decisions develop temporal reveal associated state identifies