TY - ABST
T1 - Humans and Algorithms in Organizational Decision Making
T2 - Evidence from a Field Experiment
AU - Krakowski, Sebastian Maximillian
AU - Haftor, Darek
AU - Luger, Johannes
AU - Pashkevich, Natallia
AU - Raisch, Sebastian
PY - 2019
Y1 - 2019
N2 - This paper reports the results of a controlled field experiment designed to investigate the interaction effects between humans and algorithms in organizational decision-making. We study the performance consequences of providing groups of managers making unstructured sales calls with alternative versions of an algorithm-based sales support system. Surprisingly, we find that standardized algorithms - which are clearly superior in terms of functionality and information processing when compared to the control group's basic information system - showed a negative overall treatment effect on managers' sales performance. In comparison, an algorithm adapted to sales managers' cognitive styles, showed a positive treatment effect. We further explore the role of human experience and find additional evidence for a human-algorithm interaction effect. Collectively, our results suggest intriguing complementarities in human and machines' information processing when dealing with complex organizational decision-making.
AB - This paper reports the results of a controlled field experiment designed to investigate the interaction effects between humans and algorithms in organizational decision-making. We study the performance consequences of providing groups of managers making unstructured sales calls with alternative versions of an algorithm-based sales support system. Surprisingly, we find that standardized algorithms - which are clearly superior in terms of functionality and information processing when compared to the control group's basic information system - showed a negative overall treatment effect on managers' sales performance. In comparison, an algorithm adapted to sales managers' cognitive styles, showed a positive treatment effect. We further explore the role of human experience and find additional evidence for a human-algorithm interaction effect. Collectively, our results suggest intriguing complementarities in human and machines' information processing when dealing with complex organizational decision-making.
U2 - 10.5465/AMBPP.2019.16633abstract
DO - 10.5465/AMBPP.2019.16633abstract
M3 - Conference abstract in proceedings
T3 - Academy of Management Proceedings
BT - Academy of Management Proceedings 2019
A2 - Atinc, Guclu
PB - Academy of Management
CY - Briarcliff, NY
ER -