2007/08/09 08:05 Systems Applications in Business and Industry, Session 1, ISSS Tokyo 2007
This digest was created in real-time during the meeting, based on the speaker's presentation(s) and comments from the audience. The content should not be viewed as an official transcript of the meeting, but only as an interpretation by a single individual. Lapses, grammatical errors, and typing mistakes may not have been corrected. Questions about content should be directed to the originator. The digest has been made available for purposes of scholarship, posted on the ISSS web site by David Ing.
Chaired by David Ing
Context as posted in the pre-conference description.
Self-organization as a productive and reductive dynamics
Interviews: most data was on counterproduct
Four options, depending on how aggressive or passive, and how much explaining or not
(1) Watchful waiting
(2) Unexplained action: intervene in the pattern, but don't explain why you're intervening
(3) Create an information catastrophe
(4) Explained action
Have systemic factors
Psychological factors
Organizational resistance
Intervener resistance
[Discussion]
Same dynamics in Al Anon
Examples of self-organizing
Case: woman hired by municipal government group to do management consulting, teamwork
Self-organization: in workplaces, most everything is intentional
Way to hell is paved with good intentions? There are cases where self-organized has improved intentions
People talked about patterns that are counter-productive, view could be right or wrong
Look at processes within self-organization? Positive and negative processes, including immune, chaotic
Japanese examples: Fujiya cakes, self-organized change of sell-by dates, first say that it's self-organizing, then they say it's management direction
Literature: self-organizing generally hits union groups
Four categories seen as increasing in severity
In Japan, consequences internally versus externally?
New relationship between consumers and firms
Agent-based model
Example of virtual interaction
First, consumers offer a new product idea
We discuss only the origin point
Agent-based model
Model has 5 points:
Observed properties of interaction
Ways the firm may get the information by Japanese search engines, based on number of links to the site
New search engine may be able to access customer inter
Discussion
Proprietariness, open/closed
Demand chain versus supply chain
Agent-based model
Cyber Lemons
Akerlof: assymmetric information
Cyber-lemons: in the Internet market
Fortune magazine: people use the Internet to search for cars, but don't buy there
In China, many issues of cyberlemons
Why do cyber-lemons happen in the Internet market? Four reasons:
Mathematical model
Conclusion: