Metrics for Uncertainty in Organizational Decision-Making
Abstract
An agent's behavior is guided by static information from observation that has converged into a stable world view, whether in human-social or computational-agent reality. Examples of convergent world views for human agents abound as single-sided stories, strongly held religious beliefs, well-defended political perspectives, or situation awareness. These are simple, mostly linear rational descriptions of the phenomena. However, the common interaction experienced between two or more human agents reflects the need to construct bi-sided perspectives for multi-agent systems, which until now have remained mathematically intractable. To advance the mathematics of social interaction, we propose that only bi-sided or quantum computational agents will be capable of replicating social phenomena such as the dynamics of human agents, including the more difficult problem of organizational decision-making.
Document Details
- Document Type
- Technical Report
- Publication Date
- Jun 01, 2006
- Accession Number
- ADA463373
Entities
People
- C. P. Abubucker
- Laurent Chaudron
- W. F. Lawless
Organizations
- Paine College