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目次

Part I. Background and Methodology: 1. Applied perception research: an introduction to this handbook 2. Some highlights in the history of applied perception research 3. Psychophysical methods and signal detection: recent advances in theory 4. The measurement of perceptual resources and workload 5. Methods and applications of eye tracking 6. Applied perception and neuroergonomics Part II. Attention and Perceptual Processes: 7. Perception and attention: a multidimensional approach to human performance modeling 8. Attention as a cause and an effect of perception 9. Probing plasticity of attention and working memory processes induced by video game play 10. Visual attention and emotion: studying influence on a two-way street 11. Perception and human information processing in visual search 12. Motivation and emotion in sustained attention 13. Vigilance: a perceptual challenge 14. Psychology of time: basic and applied issues Part III. Modality: 15. Multimodal and multisensory displays for perceptual tasks 16. Multi-modal and cross-modal perception: audition 17. Haptic perception 18. Visual information in the coordination and control of isometric force 19. Guidelines for vibrotactile display design: front-end, intensitive, and spatial considerations 20. Olfactory interfaces Part IV. Perception in Context: 21. Biological motion perception 22. Perceptual segmentation of natural events: theory, methods, and applications 23. Attention in the wild: visual attention in complex, dynamic, and social environments 24. Perception of trust in automation 25. Applied ecological acoustics 26. Affordance perception research 27. Perceiving the nesting of affordances for complex goal-directed actions 28. Perception of collision 29. Hazard awareness in driving: measurement and training Part V. Perception and Design: 30. Applied perception and virtual environment training systems 31. Using task analysis and computational cognitive models to design and evaluate interfaces 32. Interface design: a control theoretic context for a triadic meaning processing approach 33. Ecological interface design: a selective overview 34. Perceptual learning in the comprehension of animation and animated diagrams 35. Towards empirically verified cartographic displays Part VI. Perception and Domains of Work and Professional Experience: 36. Perceptual learning and expertise 37. Noticing events in the visual workplace: the SEEV and NSEEV models 38. Sustained attention in operational settings 39. Using simulation to examine perceptual challenges faced by healthcare providers 40. Color vision in aviation 41. Eye, robot: visual perception and human-robot interaction 42. Human-robot interaction as extending human perception to new scales 43. Applied perception in military applications: detection of hidden explosive hazards 44. Situation awareness in command and control 45. Spatial orientation and motion perception in microgravity 46. Evaluating visually induced motion sickness 47. Predicting the future in perceptual-motor domains: perceptual anticipation, option generation, and expertise Part VII. Individual and Population Differences: 48. Sustained attention in infants and children 49. Gender differences in time perception 50. Early visual processing abnormalities related to schizophrenia and autistic spectrum disorders 51. Considering older adults' perceptual capabilities in the design process 52. Comparative applied perception research: the case of working dogs Part VIII. Pedagogical and Professional Issues: 53. Pedagogical issues in teaching the psychology of perception 54. Graduate training and experiences for careers in applied experimental psychology.