Collaboration and Knowledge Interoperability (CKI) Program

What Is It?

The Collaboration and Knowledge Interoperability (CKI) program strives to improve the effectiveness of team-decision making in complex, data-rich situations in both military and commercial environments. Specifically, there is a need to better understand the cognitive processes employed when collaborating to solve problems characterized as one-of-akind, time-compressed, high-stakes problems that are supported by uncertain, open-source data.

How Does It Work?

Cognitive science-based tools, models, computational methods and human-agent interfaces would help to attain common situational awareness and consensus among heterogeneous, distributed team members engaged in asynchronous, quick response collaboration for decision making.

What Will It Accomplish?

An understanding of the high-level cognitive processes underlying team knowledge processing in order to improve team performance

Decisions are increasingly being made by teams rather than individuals. Globalization, network centricity, massive information availability and distributed knowledge are drivers for this evolution. The challenge in understanding the mechanics of team decision making is the lack of effective measurement tools. Collaboration and Knowledge Interoperability (CKI) investigates the metrics needed and the processes involved in how teams build actionable knowledge.

Metrics will be empirically validated through testbed-collected performance data using appropriate quick-response scenarios. End products will be methods, tools and agents for improved computer supported collaborative learning and extensible measures of team collaboration effectiveness, team synchronization and overall team performance.

Select CKI technology capabilities include:

EWALL - The electronic card wall is a web-based visual tool for brainstorming and problem solving. It provides a computational process for mental model construction and convergence. It will enable people quickly to view, collect, organize, and communicate large amounts of information and will facilitate collaboration in decentralized teams across organizational boundaries.

COMTC - Communication in Team Cognition, the application of communication analysis to measure shared understanding in distributed collaborative decision-making situations with the objective of assessing and predicting of team performance.

SLATE - Shared Lightweight Annotation Technology, which will develop a collaboration and communication system that can be used by geographically dispersed teams for maintaining shared situation awareness of dynamically changing situations and unfolding operations.

Research Opportunities

  • Development of a computational model of the high level mental processes applied in complex problem solving
  • Development of metrics for collaborative team performance and team synchronization in ad-hoc problem solving scenarios.

Mike Letsky

mike.letsky@navy.mil

(703) 696-4251

 

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