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Index
Cover Page
Title Page
Copyright Page
Contents
List of Figures
List of Tables
List of Abbreviations
About the Editors
Notes on Contributors
Acknowledgements
Foreword
1 Introduction
PART 1 COGNITION DURING REAL-WORLD ACTIVITIES
2 Promises and Challenges in Translating Neurofunctional Research for Army Applications
3 Modeling the Impact of Workload in Network Centric Supervisory Control Settings
4 Systematic Measurements of Human Behavior in Naturalistic Settings
5 Noninvasive Monitoring of Brain Function with Near Infrared Light
PART 2 COGNITION DURING SLEEP DEPRIVATION
6 Individual Differences to Sleep Deprivation Vulnerability and the Neural Connection with Task Strategy, Metacognition, Visual Spatial Attention, and White Matter Differences
7 Identification and Prediction of Substantial Differential Vulnerability to the Neurobehavioral Effects of Sleep Loss
8 Sustaining Performance: The Other Side of Sleep
9 Factors Affecting Mnemonic Performance in a Nonhuman Primate Model of Cognitive Workload
PART 3 COGNITION DURING STRESS AND ANXIETY
10 Systems Neuroscience Approaches to Measure Brain Mechanisms Underlying Resilience—Towards Optimizing Performance
11 The Cognitive Neuroscience of Insight and its Antecedents
12 Decision-making Under Risk and Stress: Developing a Testable Model
13 Brain Processes During Expert Cognitive-Motor Performance: The Impact of Mental Stress and Emotion Regulation
PART 4 GUIDANCE FROM MILITARY LEADERSHIP AND ETHICAL CONSIDERATIONS
14 Military Operations: Humans Not Machines Make the Difference
15 Is Supraphysiological Enhancement Possible, and What are the Downsides?
16 The US Army Future Concept for the Human Dimension: Chief Human Dimension Executive Summary
17 Sustaining Performance in Mass Casualty Environments
18 Neuropsychiatry and Aviation Safety
19 Closing Remarks: Realization of Existing Capabilities in Sustaining Performance
Index
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