Author List: Mehra, Amit; Dewan, Rajiv; Freimer, Marshall;
Information Systems Research, 2011, Volume 22, Issue 1, Page 22-38.
Many successful open-source projects have been developed by programmers who were employed by firms but worked on open-source projects on the side because of economic incentives like career improvement benefits. Such side work may be a good thing for the employing firms, too, if they get some strategic value from the open-source software and if the productivity of the programmers on these projects improves through learning-by-doing effects. However, the programmers may work more or less on these projects than what is best for the firms. To manage the programmers' efforts, the firms set appropriate employment policies and incentives. These policies and career concerns then together govern the programmers' effort allocation between the open-source and proprietary projects. We examine this relationship using a variant of the principal/agent model. We derive and characterize optimal employment contracts and show that firms either offer a bonus for only one of the two projects or do not offer any bonuses. However, if attractive alternate employment opportunities are available, they change their strategy and may offer bonuses for both projects simultaneously.
Keywords: business models; game theory; learning by doing; open-source software; principal/agent; programmer compensation; programmer incentives; signalling
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#243 0.222 states united employment compensation labor workers paper work extent findings increasing implications concerns relationship managerial wage options offer salary entry
#20 0.160 procurement firms strategy marketing unified customers needs products strategies availability informedness proprietary purchase resonance policies open-source compatible competitors differentiation involve
#297 0.155 programming program programmers pair programs pairs software development problem time language application productivity best nominal languages programmer generators working reduces
#135 0.124 project projects development management isd results process team developed managers teams software stakeholders successful complex develop contingencies problems greater planning
#168 0.092 firms firm financial services firm's size examine new based result level including results industry important account does suggests characterize limited
#187 0.066 learning model optimal rate hand domain effort increasing curve result experts explicit strategies estimate acquire learn referral observational skills activities