Menu Expand
Cook and Hussey's Assistive Technologies- E-Book

Cook and Hussey's Assistive Technologies- E-Book

Albert M. Cook | Janice Miller Polgar

(2013)

Additional Information

Book Details

Abstract

Master the assistive strategies you need to make confident clinical decisions and help improve the quality of life for people with disabilities with the latest edition of this comprehensive text. Based on the Human Activity Assistive Technology (HAAT) model developed by the authors, the book provides detailed coverage of the broad range of devices, services, and practices that comprise assistive technology and focuses on the relationship between the human user and the assisted activity within specific contexts.

This title includes additional digital media when purchased in print format. For this digital book edition, media content may not be included


Table of Contents

Section Title Page Action Price
Front Cover Cover
Cook & Hussey's Assistive Technologies: Principles and Practice iii
Copyright Page iv
Table of Contents xvii
Dedication v
CONTRIBUTORS vii
EDITORIAL REVIEW BOARD ix
PREFACE xi
ACKNOWLEDGMENTS xv
PART 1: Introduction and Framework 1
CHAPTER 1. Introduction and Overview 3
ASSISTIVE TECHNOLOGIES: A WORKING DEFINITION 4
HISTORICAL PERSPECTIVE ON ASSISTIVE TECHNOLOGY DEVICES AND SERVICES 9
ASSISTIVE TECHNOLOGY INDUSTRY TODAY 17
PROFESSIONAL PRACTICE IN ASSISTIVE TECHNOLOGY 26
SUMMARY 32
CHAPTER 2. Framework for Assistive Technologies 34
HUMAN PERFORMANCE AND ASSISTIVE TECHNOLOGIES 35
THE ACTIVITY 37
THE HUMAN 38
THE CONTEXTS 40
EXTRINSIC ENABLERS: THE ASSISTIVE TECHNOLOGIES 44
APPLICATION OF THE HUMAN ACTIVITY ASSISTIVE TECHNOLOGY MODEL: DESIGNING ASSISTIVE TECHNOLOGY SYSTEMS FOR SUCCESSFUL OUTCOMES 46
SUMMARY 51
CHAPTER 3. Disabled Human User of Assistive Technologies 54
INFORMATION PROCESSING MODEL OF THE ASSISTIVE TECHNOLOGY SYSTEM USER 56
SENSORY FUNCTION AS RELATED TO ASSISTIVE TECHNOLOGY USE 57
PERCEPTUAL FUNCTION AS RELATED TO ASSISTIVE TECHNOLOGY USE 64
COGNITIVE FUNCTION AND DEVELOPMENT AS RELATED TO ASSISTIVE TECHNOLOGY USE 65
PSYCHOSOCIAL FUNCTION AS RELATED TO ASSISTIVE TECHNOLOGY USE 75
MOTOR CONTROL AS RELATED TO ASSISTIVE TECHNOLOGY USE 78
EFFECTOR FUNCTION AS RELATED TO ASSISTIVE TECHNOLOGY USE 81
SUMMARY 86
PART 2: Service Delivery in Assistive Technologies 89
CHAPTER 4. Delivering Assistive Technology Services to the Consumer 91
PRINCIPLES OF ASSISTIVE TECHNOLOGY ASSESSMENT AND INTERVENTION 93
OVERVIEW OF SERVICE DELIVERY IN ASSISTIVE TECHNOLOGY 98
IMPLEMENTATION 113
FOLLOW-UP AND FOLLOW-ALONG 116
EVALUATING THE EFFECTIVENESS OF ASSISTIVE TECHNOLOGY SERVICES AND SYSTEMS 117
SUMMARY 124
APPENDIX 4-1A. Sample of a Written Questionnaire 128
APPENDIX 4-1B. Assessment Forms 135
INITIAL EVALUATION FORM ASSESSMENT SECTION 136
CHAPTER 5. Funding Assistive Technology Services and Systems 143
PUBLIC SOURCES OF FUNDING 144
PRIVATE SOURCES OF FUNDING 161
OTHER SOURCES OF FUNDING 162
FUNDING PROCESS AND GUIDELINES FOR PROCURING FUNDING 162
IDENTIFYING THE FUNDING SOURCE 163
JUSTIFYING FUNDING FOR ASSISTIVE TECHNOLOGY SERVICES AND DEVICES 164
APPEALING THE FUNDING DENIAL 165
BILLING AND CODING FOR SERVICES 166
PAYMENT PRACTICES 166
SUMMARY 167
APPENDIX 5-1. Sample Forms for Documenting Consumers’ Equipment Needs 169
PART 3: The Activities: General Purpose Assistive Technologies 177
CHAPTER 6. Seating Systems as Extrinsic Enablers for Assistive Technologies 179
OVERVIEW OF NEEDS SERVED BY SEATING 180
EVALUATION FOR SEATING 181
BIOMECHANICAL PRINCIPLES 186
PRINCIPLES OF SEATING FOR POSTURAL CONTROL 189
PRINCIPLES OF SEATING FOR TISSUE INTEGRITY 196
PRINCIPLES OF SEATING FOR COMFORT 202
TECHNOLOGIES FOR SEATING AND POSITIONING MANAGEMENT 203
PROPERTIES OF MATERIALS USED TO CONSTRUCT SEATING SYSTEMS 205
SEATING FOR PRESSURE DISTRIBUTION AND POSTURAL SUPPORT 209
SUMMARY 210
CHAPTER 7. Human/Assistive Technology Interface 213
ELEMENTS OF THE HUMAN/TECHNOLOGY INTERFACE 215
CHARACTERISTICS OF CONTROL INTERFACES 227
SELECTING CONTROL INTERFACES FOR THE USER 233
CONTROL INTERFACES FOR DIRECT SELECTION 236
CONTROL INTERFACES FOR INDIRECT SELECTION 254
INTERNET USE BY PERSONS WITH PHYSICAL DISABILITIES 262
OTHER CONSIDERATIONS IN CONTROL INTERFACE SELECTION 262
DEVELOPMENT OF MOTOR SKILLS FOR USE OF CONTROL INTERFACES 264
OUTPUT COMPONENT OF THE HUMAN TECHNOLOGY INTERFACE 267
SUMMARY 270
CHAPTER 8. Sensory Aids for Persons With Visual Impairments 274
FUNDAMENTAL APPROACHES TO SENSORY AIDS 275
PRINCIPLES OF COMPUTER ADAPTATIONS FOR VISUAL IMPAIRMENTS 277
READING AIDS FOR PERSONS WITH VISUAL IMPAIRMENTS 280
VISUAL ACCESS TO THE INTERNET 294
MOBILITY AND ORIENTATION AIDS FOR PERSONS WITH VISUAL IMPAIRMENTS 297
SPECIAL-PURPOSE VISUAL AIDS 305
SUMMARY 307
CHAPTER 9. Sensory Aids for Persons With Auditory Impairments 310
FUNDAMENTAL APPROACHES TO AUDITORY SENSORY AIDS 311
AIDS FOR PERSONS WITH AUDITORY IMPAIRMENTS 312
SUMMARY 331
PART 4: The Activities: Performance Areas 335
CHAPTER 10. Assistive Technologies for Cognitive Augmentation 337
COGNITIVE SKILLS 338
DISORDERS THAT MAY BENEFIT FROM COGNITIVE ASSISTIVE TECHNOLOGIES 345
COGNITIVE SKILLS RELATED TO SPECIFIC DISORDERS 348
CHARACTERISTICS OF ASSISTIVE TECHNOLOGIES THAT ADDRESS COGNITIVE NEEDS 349
SUMMARY 366
CHAPTER 11. Augmentative and Alternative Communication Systems 370
DISABILITIES AFFECTING SPEECH, LANGUAGE, AND COMMUNICATION 373
COMMUNICATION NEEDS THAT CAN BE SERVED BY AUGMENTATIVE AND ALTERNATIVE COMMUNICATION 377
AUGMENTATIVE AND ALTERNATIVE COMMUNICATION EVALUATION AND ASSESSMENT 381
EXAMPLES OF CURRENT AUGMENTATIVE AND ALTERNATIVE COMMUNICATION APPROACHES 384
IMPLEMENTATION OF AUGMENTATIVE COMMUNICATION SYSTEMS 396
SUMMARY 403
CHAPTER 12. Technologies That Enable Mobility 408
HISTORY OF THE WHEELCHAIR 409
MOBILITY NEEDS SERVED BY WHEELCHAIRS 410
EVALUATION FOR WHEELED MOBILITY 413
CHARACTERISTICS AND CURRENT TECHNOLOGIES OF WHEELED MOBILITY SYSTEMS 414
IMPLEMENTATION AND TRAINING FOR MANUAL AND POWERED MOBILITY 436
SUMMARY 439
CHAPTER 13. Technologies That Aid Transportation 443
SAFE TRANSPORTATION FOR CHILDREN 444
SAFE TRANSPORTATION OF INDIVIDUALS IN WHEELCHAIRS 447
EVALUATION AND TECHNOLOGIES FOR TRANSPORTATION AND DRIVING 450
MODIFICATIONS FOR DRIVING 454
SUMMARY 458
CHAPTER 14. Technologies That Aid Manipulation and Control of the Environment 460
LOW-TECHNOLOGY AIDS FOR MANIPULATION 461
SPECIAL-PURPOSE ELECTROMECHANICAL AIDS FOR MANIPULATION 464
ELECTRONIC AIDS TO DAILY LIVING 468
ROBOTIC AIDS TO MANIPULATION 483
SUMMARY 494
PART 5: Contexts for Assistive Technology Applications 497
CHAPTER 15. Assistive Technologies in the Context of the Classroom 499
EDUCATIONAL ACTIVITIES THAT CAN BE AIDED BY ASSISTIVE TECHNOLOGIES 501
IDENTIFYING STUDENT SKILLS AND NEEDS FOR ASSISTIVE TECHNOLOGY 509
CONTEXT FOR EDUCATIONAL APPLICATIONS 513
HARD AND SOFT TECHNOLOGIES FOR EDUCATIONAL SUCCESS 515
SUMMARY 522
CHAPTER 16. Assistive Technologies in the Context of Work 525
VOCATIONAL ACTIVITIES THAT CAN BE AIDED BY ASSISTIVE TECHNOLOGIES 526
EVALUATION OF THE EMPLOYEE’S ABILITIES 529
CONTEXT FOR VOCATIONAL APPLICATIONS 530
HARD AND SOFT TECHNOLOGIES FOR VOCATIONAL SUCCESS 535
CASE STUDIES OF VOCATIONAL ASSISTIVE TECHNOLOGY APPLICATIONS 536
ACQUIRING TECHNOLOGY FOR THE WORKPLACE: ROLE OF THE ASSISTIVE TECHNOLOGY PRACTITIONER 538
IMPLEMENTING ASSISTIVE TECHNOLOGY IN THE WORKPLACE 541
EVALUATION OF ASSISTIVE TECHNOLOGY INTERVENTION IN THE WORKPLACE 542
SUMMARY 542
GLOSSARY 545
RESOURCES 556
INDEX 559