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书名:The Cambridge handbook of applied perception research. v. 2

责任者:Robert R. Hoffman  |  Hancock, Peter A.,  |  Scerbo, Mark W.  |  Parasuraman, R.  |  Szalma, James L.

ISBN\ISSN:9781107422230,110742223X,9781107096400,9781107072909,9781107072930 

出版时间:2015

出版社:Cambridge University Press,

分类号:哲学、宗教


前言

Perception research and theory have always had clear links to applications. For instance, a student of Wilhehn Wundt who studied binaural sound location went from his dissertation to develop a mechanism for the German Air Force to determine the range of aircraft, flying at a great distance, only on the basis of the sound of their engines received at two large horn-type receivers. Another student of Wundt went from his dissertation on motion perception to develop one of the very first simulators, to study the job of railway motor men. As is well known, research on vigilance was stimulated by the need to understand and redesign the tasks of radar operators during World War II. With regard to sustained attention in particular, the scope of applications has expanded significantly in recent years, from radar (the one person-one machine context) to other contexts involving teams and multiple technologies, such as weather forecasters looking at multiple data types to predict hurricane tracks, soldiers searching for land mines and improvised explosive devices (IEDs), and baggage screeners. Another salient area is performance measurement, which has recently been driven to move beyond the measurement of individual performance (e.g., accuracy, errors, workload) to the measurement of performance of "complex cognitive systems." We can anticipate that research will continue to be driven by national needs, including private sector as well as government and military needs, and that important theoretical advances will stem from research that has both ecological and epistemological utility. This will continue the trend of dissolving of the simplistic "applied versus basic" distinction while retaining a promise to contribute to the basic science of psychology.

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目录

Part V Perception and Design

30. Applied Perception and Virtual Environment Training Systems 615

KAY STANNEY, KELLY HALE, MEREDITH CARROLL, ROBERTO CHAMPNEY, AND VALERIE LUGO

31. Using Task Analysis and Computational Cognitive Models to Design and Evaluate Interfaces 629

DEBORAH A. BOEHM-DAVIS

32. Interface Design: A Control Theoretic Context for a Triadic Meaning Processing Approach 647

JOHN M. FLACH, KEVIN B. BENNETT, DAVID D. WOODS, AND RICHARD J. JAGACINSKI

33. Ecological Interface Design: A Selective Overview 669

KEVIN B. BENNETT, JOHN M. FLACH, CHRISTOPHER EDMAN, JERRED HOLT, AND PATRICIA LEE

34. Perceptual Learning in the Comprehension of Animations and Animated Diagrams 692

RICHARD LOWE

35. Toward Empirically Verified Cartographic Displays 711

CLARE DAVIES, SARA IRINA FABRIKANT, AND MARY HEGARTY

Part VI Perception and Domains of Work and Professional Practice

36. Perceptual Learning and Expertise 733

SIMEN HAGEN AND JAMES TANAKA

37. Noticing Events in the Visual Workplace: The SEEV and NSEEV Models 749

CHRISTOPHER D, WICKENS

38. Sustained Attention in Operational Settings 769

COLIN G. DRURY

39. Using Simulation to Examine Perceptual Challenges Faced by Health Care Providers 793

MARK W. SCERBO AND BRITTANY L, ANDERSON-MONTOYA

40. Color Vision in Aviation 816

LEEDJIA SVEC

41. Eye, Robot: Visual Perception and Human-Robot Interaction 830

DOUGLAS J. GILLAN

42. Human-Robot Interaction as Extending Human Perception to New Scales 848

ALEXANDER M. MORISON, DAVID D, WOODS, AND TAYLOR MURPHY

43. Applied Perception in Military Applications: Detection of Hidden Explosive Hazards 869

NANCY J. COOKE AND JAMES STASZEWSKI

44. Situation Awareness in Command and Control 891

REBECCA A. GRIER

45. Spatial Orientation and Motion Perception in Microgravity 912

DEBORAH L. HARM, MILLARD F. RESCHKE, AND SCOTT J. WOOD

46. Evaluating Visually Induced Motion Sickness 930

ROBERT C. KENNEDY, ROBERT S. KENNEDY, AND NORMAN E. LANE

47. Predicting the Future in Perceptual-Motor Domains: Perceptual Anticipation, Option Generation, and Expertise 951

JOEL SUSS AND PAUL WARD

Part VII Individual and Population Differences

48. Sustained Attention in Infants and Children 979

CYNTHIA LAURIE-ROSE, TIFFANY A. PEMPEK, AND LORI M. CURTINDALE

49. Gender Differences in Time Perception 1004

IOANA KOGLBAUER

50. Early Visual Processing Abnormalities Related to Schizophrenia and Autism Spectrum Disorder 1029

JEFFREY S. BEDWELL, KATIE A. RAGSDALE, AND ANDREW E. DEPTULA

51. Considering Older Adults' Perceptual Capabilities in the Design Process 1051

TRACY L. MITZNER, CORY-ANN SMARR, WENDY A. ROGERS, AND ARTHUR D. FISK

52. Comparative Applied Perception Research: The Case of Working Dogs 1080

WILLIAM S. HELTON AND NICOLE D. HELTON

Part VIII Pedagogical and Professional Issues

53. Pedagogical Issues in Teaching the Psychology of Perception 1099

CLAYTON L. STEPHENSON AND DIANE F. HALPERN

54. Graduate Training and Experiences for Careers in Applied Experimental Psychology 1115

ROBERT R. HOFFMAN AND PETER A. HANCOCK

Author Index 1129

Subject Index 1179

Color plates follow pages 356 and 800.

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