R. W. Backs & W. Boucsein
(Eds.) (2000).
Engineering Psychophysiology: Issues and applications
Now available from Lawrence Erlbaum and Associates, Inc.
TABLE OF CONTENTS
| ISSUES SECTION | ||
| Chapter | Author(s) | Title |
| 1 | Boucsein & Backs | Engineering Psychophysiology as a Discipline: Historical and Theoretical Aspects |
| 2 | Gaillard & Kramer | Theoretical and Methodological Issues in Psychophysiological Research |
| 3 | Thayer & Friedman |
The Design and Analysis of Experiments
in Engineering Psychophysiology |
| 4 | Luczak & Göbel | Signal Processing and Analysis in Application |
| 5 | Fahrenberg & Wientjes | Recording Methods in Applied Environments |
| APPLICATIONS SECTION | ||
| 6 | G. Mulder et al. | A Psychophysiological Approach to Working Conditions |
| 7 | Lenneman & Backs |
The Validity of Factor Analytically Derived Cardiac Autonomic Components for Mental Workload Assessment |
| 8 | Gundel, Drescher,& Turowski | Alertness in Airline Pilots During Night Flights: Assessment of Alertness Using EEG measures |
| 9 | Bonnet & Arand | The Effect of Naps and Caffeine on Alertness During Sleep Loss and Nocturnal Work Periods |
| 10 | Caldwell & Caldwell | Studying Pharmacological Performance Enhancement with Behavioral, Subjective, and EEG Measures |
| 11 | Scerbo, Freeman, & Mikulka | A Biocybernetic System for Adaptive Automation |
| 12 | Freude & Ullsperger | Slow Brain Potentials as a Measure of Effort? Applications in Mental Workload Studies in Laboratory Settings |
| 13 | Sirevaag & Stern | Ocular Measures of Fatigue and Cognitive Factors |
| 14 | Boucsein | The Use of Psychophysiology for Evaluating Stress-Strain Processes in Human-Computer Interaction |
| 15 | Luczak & Springer | Psychophysiological Analysis of Design Work: Ergonomic Improvements Derived from Stress-Strain Research |
| 16 | Lundberg & Johansson | Stress and Health Risks in Repetitive Work and Supervisory Monitoring Work |
| 17 | Yagi | Engineering Psychophysiology in Japan |