TY - JOUR
T1 - Tradeoff between distributed social learning and herding effect in online rating systems
T2 - Evidence from a real-world intervention
AU - Tchernichovski, Ofer
AU - King, Marissa
AU - Brinkmann, Peter
AU - Halkias, Xanadu
AU - Fimiarz, Daniel
AU - Mars, Laurent
AU - Conley, Dalton
N1 - Publisher Copyright:
© The Author(s) 2017.
PY - 2017/1
Y1 - 2017/1
N2 - We investigated how social diffusion increased client participation in an online rating system and, in turn, how this herding effect may affect the metrics of client feedback over the course of years. In a field study, we set up a transparent feedback system for university services: During the process of making service requests, clients were presented with short-term trends of client satisfaction with relevant service outcomes. Deploying this feedback system initially increased satisfaction moderately. Thereafter, mean satisfaction levels remained stable between 50% and 60%. Interestingly, at the individual client level, satisfaction increased significantly with experience despite the lack of any global trend across all users. These conflicting results can be explained at the social network level: If satisfied clients attracted new clients with more negative attitudes (a herding effect), then the net increase in service clients may dampen changes in global trends at the individual level. Three observations support this hypothesis: first, the number of service clients providing feedback increased monotonically over time. Second, spatial analysis of service requests showed a pattern of expansion from floor to floor. Finally, satisfaction increased over iterations only in clients who scored below average.
AB - We investigated how social diffusion increased client participation in an online rating system and, in turn, how this herding effect may affect the metrics of client feedback over the course of years. In a field study, we set up a transparent feedback system for university services: During the process of making service requests, clients were presented with short-term trends of client satisfaction with relevant service outcomes. Deploying this feedback system initially increased satisfaction moderately. Thereafter, mean satisfaction levels remained stable between 50% and 60%. Interestingly, at the individual client level, satisfaction increased significantly with experience despite the lack of any global trend across all users. These conflicting results can be explained at the social network level: If satisfied clients attracted new clients with more negative attitudes (a herding effect), then the net increase in service clients may dampen changes in global trends at the individual level. Three observations support this hypothesis: first, the number of service clients providing feedback increased monotonically over time. Second, spatial analysis of service requests showed a pattern of expansion from floor to floor. Finally, satisfaction increased over iterations only in clients who scored below average.
KW - Herding effect
KW - Online reviews
KW - Rating systems
KW - Social feedback
KW - Social learning
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U2 - 10.1177/2158244017691078
DO - 10.1177/2158244017691078
M3 - Article
AN - SCOPUS:85014464450
SN - 2158-2440
VL - 7
JO - SAGE Open
JF - SAGE Open
IS - 1
ER -