SLIDE 15 8-Apr-09 / 15
15 ARI’s Network Science Research
Problem/Questions
PKT & U Colorado – Automatic technologies to create a network model of actions
- U. Michigan - Impact of Network Structure on Organizational Behavior
CMU – How to improve automated systems for network analysis Boeing - The Impact of Prior Knowledge on Trust Development USMA – The implications of Social Network Analysis of Officers’ email ARI (ILIR) - Impact of Collective network analysis of social networks as feedback
Significance/Potential Impact
Fuller understanding of relationships among action and knowledge. (Landauer & Foltz) Improved understanding for the creation of a new science of collaboration. (Olson) Dynamic network analysis tools that understand knowledge. (Carley) Social network analyses’ implications for rapid trust in teams. (Handel) Better understanding organization of friendly command and control. (McCulloch ) Improving group performance through better SNA (Horn)
Technical Barriers
Complexity of human behavior overwhelms human task analysis . Few effective collaboratories are only beginning to develop Dimension reduction techniques for SNA poorly understood. Theoretical relationships between trust and social networks unexplored. Commonsense knowledge links and ontologies rudimentary. The effects of awareness of social network structure on command
- rganization has not been investigated.
Massively multiplayer games (MMOGs) create scale problems for analysis Simulations and MMOGs demand hundred-fold increase in expense
Applications
Army Network Science Organizing Forum Validate behavior models in field (DARCAAT) Apply collaboratory wizard to NSTEC Apply DNA to fielded systems: TIGRNET, CPOF SBIR’s to develop professional forums, MMOGs Develop Officers ready to apply SNA, DNA Collaborate with DARPA, ICT, ICB, NSF on complex networked environments Testbed analysis of MMOGs by Booz Allen (DARPA funded)
Network Science and Human Behavior