Cognitive Systems Engineering: An Integrative Living Laboratory Framework

Content: Introduction. The Living Laboratory in the Context of Educational Research. Distributed Teams in the Living Laboratory: Applications of Transactive Memory. Digital Architectures for  Distributed Learning and Collaboration. A Cognitive Systems Approach to Understanding Natural Gas Exploration Supply Chains: A Purview and Research Agenda.  Methodological Techniques And Approaches To Developing Empirical Insights Of Cognition During Collaborative Information Seeking. A Case Study Of Crisis Management Readiness In Cross-National Contexts: Applying Team Cognition Theories To Crisis Response Teams. Emotion, Stress, and Collaborative Systems. Measuring Team Cognition in Collaborative Systems: Integrative and Interdisciplinary Perspectives. Modeling Cognition And Collaborative Work. Cognitive Architectures and Psycho-Physiological Measures. Evaluating Team Cognition: How the NeoCITIES Simulation  Can Address Key Research Needs. Scaled World Simulations In Attention Allocation Research: Methodological Issues And Directions For Future Work. Feeling the heat: How multiplayer video games can help prepare individuals for some of the world\'s most stressful jobs. Police Cognition and Participatory Design. Intermodal Interfaces. Bridging Theory and Practice through the Living Laboratory: The Intersection of User Centered Design and Agile Software Development. Incorporating Human Systems Engineering in Advanced Military Technology Development. The future of the integrated living laboratory framework: Innovating systems for people\'s use.