Integrating Ergonomics into the Design and Autonomous Driving System

Keyphrases

1. Trust in Automated Vehicles 100%
2. Design Study 100%
3. Pedestrian 100%
4. Automated Vehicles 75%
5. SEIPS Model 50%
6. Cross-cultural Design 50%
7. Emotional Design 50%
8. In-vehicle Infotainment Systems 50%
9. Healthcare System Design 50%
10. Deep Learning 50%
11. Vehicle-based 50%
12. Inhalation Therapy 50%
13. Patient Adherence 50%
14. Design Opportunities 50%
15. Design Process 50%
16. In-vehicle 50%
17. Asthma 40%
18. Health Systems 37%
19. Physical Environment 30%
20. Cultural Factors 30%
21. Trustworthiness 25%
22. Style Image 20%
23. Deep Learning Methods 20%
24. Structured Interview 20%
25. Inhaler 20%
26. COPD Patients 20%
27. Emotional Experience 20%
28. Cultural Awareness 20%
29. Cultural Beliefs 20%
30. Healthcare Professionals 20%
31. User Experience 16%
32. Sanctification 12%
33. Subjective Factors 12%
34. Subjective Quality 12%
35. Human Morality 12%
36. Deductive Thematic Analysis 12%
37. Oppression 12%
38. Objective Attribute 12%
39. Low-level Attributes 12%
40. Statistical Reliability 12%
41. Subversion 12%
42. Daily Commute 12%
43. Co-design Workshop 12%
44. Professional Background 12%
45. Ubiquitous Healthcare 12%
46. Health Condition 12%
47. Hybrid Method 12%
48. Actuation 12%
49. Inductive Thematic Analysis 12%
50. User Expectations 12%
51. Trust in Automation 12%
52. Virtual Reality 12%
53. Scenario Approach 12%
54. Trust Theory 12%
55. Virtual Scenarios 12%
56. Smart Technology 12%
57. Cultural Types 10%
58. Color Pattern 10%
59. COVID-19 Situation 10%
60. Style Transfer 10%
61. Physical Culture 10%
62. Task Type 10%
63. SEIPS 2.0 10%
64. Systems Engineering Initiative for Patient Safety (SEIPS) 10%
65. Design Images 10%
66. Home Environment 10%
67. Rapid Prototyping 10%
68. Inhalation Devices 10%
69. Color Forms 10%
70. Patient Engagement 10%
71. Foreign Culture 10%
72. Coloring Materials 10%
73. Cultural Image 10%
74. Person-related Factors 10%
75. Design Skills 10%
76. Task Frequency 10%
77. Traditional Cultural 10%
78. Impact on Patients 10%
79. Patient-centered Approach 10%
80. Positive Feedback 10%
81. Conceptual Model 10%
82. Task Interdependence 10%
83. Idea Generation 10%
84. Appropriate Trust 10%
85. Product Design 10%
86. Transfer Techniques 10%
87. Social Stigma 10%
88. Interview Data 10%
89. Usability Evaluation 10%
90. Result-oriented 10%
91. Car Occupants 8%
92. Co-design Method 8%
93. Thematic Network 8%
94. Normans 8%
95. Mental Processing 8%
96. User Emotion 8%
97. Concept Generation 8%
98. User Engagement 8%
99. Design Model 8%
100. Emotional Needs 8%
101. Brainstorming 8%
102. Cognitive Processes 8%
103. Design Basis 8%
104. System Design 8%
105. Safe Interaction 5%
106. Learned Trust 5%
107. Vehicular Users 5%
108. Situational Trust 5%
109. Dispositional Trust 5%
110. Infrastructure Systems 5%
111. Transportation System 5%
112. Vulnerability 5%
113. Vehicle Manufacturers 5%
114. Researcher-practitioner 5%
115. Artificial Intelligence 5%
116. Large-scale Infrastructure 5%
117. Road Users 5%
118. Trust Level 5%