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David Lazer
(Methodology, Networked Governance)

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Stanley Wasserman
(Current Trends, Methodology, Social Networks)

Allan Friedman
(Simulations)

Nathan Eagle
(Technology, Social Computing, Powerlaws, Current Trends)

Ben Waber
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Thomas Langenberg
(Technology, Social Computing, Social Networks, Current Trends)

Ines Mergel
(Knowledge Sharing, Social Computing, Social Software, Current Trends)

Brian Rubineau
(Social Dynamics, Societal Networks, Simulations)

Maria Binz-Scharf
(Qualitative Methodology, Knowledge Sharing, eGovernment)

Jeff Boase
(Technology, Societal networks)

Alexander Schellong
(Admin, eGovernment, Citizen Relationship Management)

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« A dictum regarding social network analysis and causal inference | Main | Mobius on "Measuring Trust in Social Networks Through a Microfinance Field Experiment" »

25 November 2005

Are silo's always bad?

Are more ties always a better thing from the systemic point of view? Are silo's necessarily disfunctional for organizations? A lot of popular rhetoric out there regarding silo's, and the need to move toward networked ("boundaryless") forms suggests that this is the case. However, it is also plausible that it is valuable to buffer the various parts of an organization from each other so as to maintain a healthy diversity of viewpoints, and that efforts to bridge the silo's can, in the long run, bring about an unhealthy organization-wide "groupthink." Below I link to a paper on the Social Science Research Network by Allan Friedman and myself that explores this idea.

Paper:
The Parable of the Hare and the Tortoise: Small Worlds, Diversity, and System Performance

Abstract:
Whether as team members brainstorming, or cultures experimenting with new technologies, problem solvers communicate and share ideas. This paper examines how the structure of these communication networks can affect system-level performance. We present an agent-based model of information sharing, where the less successful emulate the more successful. Results suggest that where agents are dealing with a complex problem, the more efficient the network at disseminating information, and the higher the velocity of information over that network, the better the short run and lower the long run performance of the system. The dynamic underlying this result is that an inefficient network is better at exploration than an efficient network, supporting a more thorough search for solutions in the long run. This suggests that the efficient network is the hare - the fast starter - and the poorly connected network is the tortoise - slow at the start of the race, but ultimately triumphant.

Posted by David Lazer at November 25, 2005 11:16 AM

Comments

I would say that silos are not bad! In fact, if you want to do exploratory learning, you will want silos to incubate the potnetial for more novel, radical, and uncertain ideas.

But, connecting and disconnecting silos over time to acheive a happy medium of knowledge creation and transfer- ah, now that is another omlette (with broken eggs) entirely.

Posted by: Jordi Comas at December 19, 2005 11:43 PM

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