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Informationen zum Autor Stanney\, Kay M.; Hale\, Kelly S. Klappentext This volume explores cognitive ergonomics, which is concerned with mental processes-otherwise known as brain work. It discusses perception, memory, reasoning, and motor response, as they affect interactions among humans and other elements of a system. Topics will include mental workload, decision-making, skilled performance, human-computer interaction, human reliability, work stress and training as these relate to human-system design. Zusammenfassung This volume explores cognitive ergonomics, which is concerned with mental processes — otherwise known as brain work. It discusses perception, memory, reasoning, and motor response, as they affect interactions among humans and other elements of a system. Topics will include mental workload, decision-making, skilled performance, human-computer interaction, human reliability, work stress and training as these relate to human-system design. Inhaltsverzeichnis Volume 1: Advances in Cognitive Engineering and Neuroergonomics; Section I: Cognitive Engineering: Fundamentals; Chapter 1: Human factors in the design of a search tool for a database of Recorded Human Behavior; Chapter 2: Augmented Navigation: A Cognitive Approach; Chapter 3: Change Blindness When Viewing Web Pages; Chapter 4: Qualitative Facets of the Problem Statement; Chapter 5: Overloading Disks onto a Mind: Quantity Effects in the Attribution of Mental States to Technological Systems; Chapter 6: Effectiveness of Two-Channel Bone Conduction Audio Communication System in Speech Recognition Tasks; Chapter 7: Cognitive Ergonomics: The User and Brand in an Informational Relationship; Section II: Cognitive Engineering: Workload and Stress; Chapter 8: Cognitive Workload Analysis and Development of a Stress Index for Life Science Processes; Chapter 9: Interaction Effects of Physical and Mental Tasks on Auditory Attentional Resources; Chapter 10: Applicability of Situation Awareness and Workload Metrics for Use in Assessing Nuclear Power Plant Designs; Chapter 11: Effect of Occupational Stress among Workshop Trainees; Section III: Cognitive Engineering: Activity Theory; Chapter 12: On the Relationship between External and Internal Components of Activity; Chapter 13: Positioning Actions' Regulation Strategies; Chapter 14: Emotional-Motivational Aspects of a Browsing Task; Chapter 15: Using Systemic Approach to Identify Performance Enhancing Strategies of Rock Drilling Activity in Deep Mines; Section IV: Cognitive Engineering: Error and Risk; Chapter 16: Challenges in Human Reliability Analysis (HRA): A Reflection on the Accident Sequence Evaluation Program (ASEP) HRA Procedure 1; Chapter 17: Mirror Neuron Based Alerts for Control Flight Into Terrain Avoidance; Chapter 18: Computer Technology at the Workplace and Errors Analysis; Chapter 19: A Study on Document Style of Medical Safety Incident Report for Latent Factors Extraction and Risk-Assessment-based Decision Making; Section V: Cognitive Engineering:Applications; Chapter 20: Promoting Temporal Awareness for Dynamic Decision Making in Command and Control; Chapter 21: Data-driven Analysis and Modeling of Emergency Medical Service Process; Chapter 22: Age and Comprehension of Written Medical Information on Drug Labels; Chapter 23: Designing Virtual Reality Systems for Procedural Task Training; Section VI: Neuroergonomics: Measurement; Chapter 24: Given the State, What's the Metric?; Chapter 25: Development of a Neuroergonomic Application to Evaluate Arousal; Chapter 26: fNIRS and EEG Study in Mental Stress Arising from Time Pressure; Chapter 27: Availability and Future Prospects of Functional Near-infrared Spectroscopy (fNIRS) in Usability Evaluation; Chapter 28: Team Neurodynamics: A Novel Platform for Quantifying Performance of Teams; Section VII: Neuroergonomics: Applications; Chapter 29: Challenges and Opportunities for Inserting Neuroscience Technologies into Tra...
