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Index
Cover Page Title Page Copyright Page Contents List of Figures List of Tables List of Contributors Foreword Preface 1 Introduction SECTION 1 COGNITIVE PROCESSES
2 Factors Affecting Speed and Accuracy of Response Selection in Operational Environments 3 Measuring Vigilance Abilities to Enhance Combat Identification Performance 4 Dimensions of Spatial Ability and their Influence on Performance with Unmanned Systems
SECTION 2 VISUAL DISCRIMINATION
5 The Effects of Conjunctive Search and Response Mappings on Automatic Performance in a Complex Visual Task 6 What Visual Discrimination of Fractal Textures Can Tell us About Discrimination of Camouflaged Targets 7 A Cognitive Basis for Friend-Foe Misidentification of Vehicles in Combat 8 Preattentive Attributes in Visualization Design: Enhancing Combat Identification
SECTION 3 SITUATION AWARENESS
9 Team Coordination and Shared Situation Awareness in Combat Identification 10 The Use of Soft Sensors and I-Space for Improved Combat ID
SECTION 4 TEAMS
11 Training Strategies to Mitigate Expectancy-Induced Response Bias in Combat Identification: A Research Agenda 12 Comparing Individual and Team Judgment Accuracy for Target Identification under Heavy Cognitive Demand 13 A Team Training Paradigm for Better Combat Identification 14 Analysis of the Tasks Conducted by Forward Air Controllers and Pilots during Simulated Close Air Support Missions: Supporting the Development of the INCIDER Model 15 Team Cognition During a Simulated Close Air Support Exercise: Results from a New Behavioral Rating Instrument
SECTION 5 AUTOMATION
16 Evaluating Reliance on Combat Identification Systems: The Role of Reliability Feedback 17 The Effects of Automation Bias on Operator Compliance and Reliance 18 An Examination of the Social, Cognitive, and Motivational Factors that Affect Automation Reliance 19 On Fratricide and the Operational Reliability of Target Identification Decision Aids in Combat Identification 20 The Case for Active Fratricide Avoidance in Net-Centric C2 Systems 21 Mitigating Friendly Fire Casualties through Enhanced Battle Command Capabilities
Index
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