passenger motion sickness comfort

Motion sickness and ride comfort in vehicles: carsickness in passengers, motion sickness in automated vehicles when occupants read or work instead of watching the road, susceptibility and habituation, ride comfort and motion dose metrics, and vehicle motion planning to reduce sickness. Sickness arising in real vehicles, distinct from simulator_sickness (an artifact of research simulators) and from acceptance_adoption (general willingness to use automation).

551 paper(s) · ranked by relevance to this topic

1. How to Make Reading in Fully Automated Vehicles a Better Experience? Effects of Active Seat Belt Retractions and a 2-Step Driving Profile on Subjective Motion Sickness, Ride Comfort and Acceptance ↗ · 2023 · Tomzig, Markus et al. · indexed
2. Methodological Considerations Concerning Motion Sickness Investigations during Automated Driving ↗ · 2020 · Mühlbacher, Dominik et al. · indexed
3. 2nd Workshop on Multimodal Motion Sickness Detection and Mitigation Methods for Car Journeys - Finding Consensus in the Field · 2023 · Pöhlmann, Katharina Margareta Theresa et al. · archived
4. Verifying Motion Sickness Induction in Automated Vehicles Using Motion-Based Driving Simulators ↗ · 2025 · Dam, Abhraneil et al. · indexed
5. Analysis of the Motion Sickness and the Lack of Comfort in Car Passengers · 2022 · Asua, Estibaliz et al. · archived
6. A Review of Motion Sickness in Automated Vehicles ↗ · 2021 · Dam, Abhraneil et al. · indexed
7. From car sickness to autonomous car sickness: A review ↗ · 2019 · Iskander, Julie et al. · indexed
8. Inducers of motion sickness in vehicles: A systematic review of experimental evidence and meta-analysis · 2023 · Xie, Weiyin et al. · archived
9. Design and Validation of a Driver Guidance System to Alleviate Passenger Motion Sickness · 2026 · Xie, Weiyin et al. · archived
10. DRIVING COMFORT AND MOTION SICKNESS INCIDENCE IN AN ACTIVE TILTING VEHICLE ↗ · 2025 · Buchheit, Benedikt et al. · indexed
11. Effects of anticipatory auditory cues and non-driving related tasks on motion sickness in automated vehicles ↗ · 2026 · Dam, Abhraneil et al. · indexed
12. Workshop on Multimodal Motion Sickness Detection and Mitigation Methods for Car Journeys · 2022 · Pöhlmann, Katharina Margareta Theresa et al. · archived
13. Sick of being driven? – Prevalence and modulating factors of carsickness in the European population in context of automated driving ↗ · 2025 · Metzulat, Myriam et al. · indexed
14. Can Visual Motion Presented in a VR Headset Reduce Motion Sickness for Vehicle Passengers? ↗ · 2022 · Pöhlmann, Katharina Margareta Theresa et al. · indexed
15. Deployment of a Preemption Based Motion Sickness Prevention Technology on a Testbed Vehicle in Mcity · 2023 · Awtar, Shorya · archived
16. Evaluation of a Human–Machine Interface for Motion Sickness Mitigation Utilizing Anticipatory Ambient Light Cues in a Realistic Automated Driving Setting ↗ · 2021 · Hainich, Rebecca et al. · indexed
17. Cognitive distraction effect from non-driving related task engagement on automated vehicle occupants’ motion sickness levels ↗ · 2026 · Dam, Abhraneil et al. · indexed
18. Experimental Setup of Motion Sickness and Situation Awareness in Automated Vehicle Riding Experience ↗ · 2017 · Md. Yusof, Nidzamuddin et al. · indexed
19. Development of On-Road Automated Vehicle Simulator for Motion Sickness Studies ↗ · 2018 · Karjanto, Juffrizal et al. · indexed
20. Effects of Dynamic Visual Stimuli on the Development of Carsickness in Real Driving ↗ · 2022 · Bohrmann, Dominique et al. · indexed
21. Efficient Motion Sickness Assessment: Recreation of On-Road Driving on a Compact Test Track ↗ · 2025 · Harmankaya, Hüseyin et al. · indexed
22. A novel method for reducing motion sickness susceptibility through training visuospatial ability – A two-part study ↗ · 2021 · Smyth, Joseph et al. · indexed
23. Driving Style and Road Characteristics from a Motion Sickness Perspective Using a Methodology Based on Clustering ↗ · 2023 · Colmenares, Jon Ander Ruiz et al. · indexed
24. Visually induced motion sickness correlates with on-road car sickness while performing a visual task ↗ · 2025 · Irmak, Tugrul et al. · indexed
25. Beyond Seasickness: A Motivated Call for a New Motion Sickness Standard across Motion Environments · 2022 · Bos, Jelte et al. · archived
26. Anticipatory vibrotactile cues about upcoming turns reduce motion sickness: A study with car passengers on public roads ↗ · 2026 · Kehl, Leonie et al. · indexed
27. Analysis of User”™s Comfort on Automated Vehicle Riding Simulation using Subjective and Objective Measurements · 2022 · Norzam, Muhammad Nur Aliff Mohd et al. · archived
28. Using Active Seat Belt Retractions to Mitigate Motion Sickness in Automated Driving ↗ · 2022 · Kremer, Christina et al. · indexed
29. Car sickness in real driving conditions: Effect of lateral acceleration and predictability reflected by physiological changes ↗ · 2023 · Henry, Eléonore H. et al. · indexed
30. Validation of a moving base driving simulator for motion sickness research ↗ · 2023 · Talsma, Tessa M.W. et al. · indexed
31. Demonstrating the Need for Application-Level Design Guidelines in In-Vehicle Augmented Reality to Alleviate Motion Sickness: A Field Study · 2025 · Walker, Zack et al. · archived
32. Objective and subjective responses to motion sickness: the group and the individual · 2020 · Irmak, Tuğrul et al. · archived
33. Influence of seating orientation on motion sickness in autonomous vehicles ↗ · 2026 · Rottmann, Leonhard et al. · indexed
34. Does the testing environment matter? Carsickness across on-road, test-track, and driving simulator conditions · 2026 · Papaioannou, Georgios et al. · archived
35. Why is the driver rarely motion sick? The role of controllability in motion sickness ↗ · 1991 · ROLNICK, ARNON et al. · indexed
36. Test-track and On-road studies: Methodological Insights on the Assessment of Carsickness and its Modulating Factors ↗ · 2026 · Pham Xuan, Rebecca et al. · indexed
37. Gaining Situation Awareness through a Vibrotactile Display to Mitigate Motion Sickness in Fully-Automated Driving Cars ↗ · 2020 · Md. Yusof, Nidzamuddin et al. · indexed
38. Analysis of motion sickness in a driving simulator using physiological indicators ↗ · 2020 · TAKEUCHI, Kiyotaka · indexed
39. Can Variations of Vehicle Driving Status Provide Accurate Predictors of Discomfort? A Study on the Actual Driving Test ↗ · 2021 · Wang, Jianjun et al. · indexed
40. Development and Validation of a Driving Simulator for Comfort Assessment · 2024 · Colmenares, Jon Ander Ruiz et al. · archived
41. Occupants’ Motion Comfort and Driver’s Feel: An Explorative Study About Their Relation in Remote Driving ↗ · 2024 · Papaioannou, Georgios et al. · indexed
42. Situation Awareness and Motion Sickness in Automated Vehicle Driving Experience ↗ · 2017 · Bin Karjanto, Juffrizal et al. · indexed
43. Virtual reality-induced motion sickness under autonomous vehicle driving conditions: EEG-based recognition and ANOVA analysis of various driving modes ↗ · 2025 · Shao, Shuyu et al. · indexed
44. Mitigating Motion Sickness by Anticipatory Cues ↗ · 2024 · Reuten, Anna J. C. et al. · indexed
45. The Influence of Display Location on Motion Sickness: An Analysis Based on 6-DoF SVC Model · 2023 · Xie, Weiyin et al. · archived
46. Enhancing an Autonomous Vehicle Simulation Through Holoride Technology Integration to Reduce Motion Sickness and Increase Immersion: A Proof of Concept and Empirical Evaluation · 2025 · Walker, Zack et al. · archived
47. The Potential of Haptic Motion Cueing to mitigate Motion Sickness in Highly Automated Passenger Cars ↗ · 2024 · Emond, William et al. · indexed
48. Motion sickness: current concepts and management ↗ · 2022 · Keshavarz, Behrang et al. · indexed
49. Amplitude and Temporal Dynamics of Motion Sickness ↗ · 2022 · Irmak, Tugrul et al. · indexed
50. A Knowledge Discovery in Motion Sickness: A Comprehensive Literature Review · 2019 · Koohestani, Afsaneh et al. · archived
51. Standards for passenger comfort in automated vehicles: Acceleration and jerk ↗ · 2023 · de Winkel, Ksander N. et al. · indexed
52. Study of Motion Sickness Model Based on fNIRS Multiband Features during Car Rides ↗ · 2023 · Ren, Bin et al. · indexed
53. Display Rotation for Reducing Motion Sickness Caused by Using VR in Vehicles ↗ · 2022 · Qiu, Zhanyan et al. · indexed
54. Electrogastrography in Autonomous Vehicles—An Objective Method for Assessment of Motion Sickness in Simulated Driving Environments ↗ · 2021 · Gruden, Timotej et al. · indexed
55. The effect of peripheral visual feedforward system in enhancing situation awareness and mitigating motion sickness in fully automated driving ↗ · 2018 · Karjanto, Juffrizal et al. · indexed
56. A vestibular conflict perspective on kinetosis risk during different motion patterns in real car driving experiments with obstructed outward view ↗ · 2026 · Schulz, Hanna Bianca et al. · indexed
57. Enhancing Passenger Comfort via Real-Time Motion Sickness Mitigation in a Vehicle Simulator ↗ · 2025 · Ruiz Colmenares, Jon Ander et al. · indexed
58. Relating individual motion sickness levels to subjective discomfort ratings ↗ · 2022 · de Winkel, Ksander N. et al. · indexed
59. Motion Sickness Prediction Based on Dry EEG in Real Driving Environment ↗ · 2023 · Bang, Ji-Seon et al. · indexed
60. Novel Motion Sickness Minimization Control via Fuzzy-PID Controller for Autonomous Vehicle ↗ · 2020 · Saruchi, Sarah ‘Atifah et al. · indexed
61. Effects of decades of physical driving on body movement and motion sickness during virtual driving ↗ · 2017 · Stoffregen, Thomas A. et al. · indexed
62. Toward a Comfortable Driving Experience for a Self-Driving Shuttle Bus ↗ · 2019 · Bae, Il et al. · indexed
63. EEG-based evaluation of motion sickness and reducing sensory conflict in a simulated autonomous driving environment ↗ · 2022 · Li, Zhibin et al. · indexed
64. Personalizing motion sickness models: estimation and statistical modeling of individual-specific parameters · 2025 · Kotian, Varun et al. · archived
65. A Wearable Galvanic Vestibular Stimulation Device With Adaptive Motion Sickness Risk Prediction and Symptoms Alleviation ↗ · 2025 · Wu, Ke et al. · indexed
66. Motion sickness evaluation and comparison for a static driving simulator and a dynamic driving simulator ↗ · 2014 · Aykent, Baris et al. · indexed
67. A Study for Understanding Carsickness Based on the Sensory Conflict Theory ↗ · 2006 · Kato, Kazuhito et al. · indexed
68. Comfort in Automated Driving: A Literature Survey and a High-Level Integrative Framework ↗ · 2024 · Domova, Veronika et al. · indexed
69. Modeling of head movements towards lateral acceleration direction via system identification for motion sickness study ↗ · 2018 · Saruchi, Sarah 'Atifah et al. · indexed
70. Effect of motion mismatches on ratings of motion incongruence and simulator sickness in urban driving simulations ↗ · 2025 · Kolff, Maurice et al. · indexed
71. Effects of Driver’s Head Motion and Visual Information on Perception of Ride Comfort ↗ · 2009 · Kato, Kazuhito et al. · indexed
72. Factors affecting vection and motion sickness in a passive virtual reality driving simulation ↗ · 2024 · Hughes, Benjamin P. et al. · indexed
73. Driving-Style Assessment from a Motion Sickness Perspective Based on Machine Learning Techniques · 2023 · Ruiz Colmenares, Jon Ander et al. · archived
74. Motion Sickness in Rally Car Co-Drivers ↗ · 2013 · Perrin, Philippe et al. · indexed
75. User comfort and naturalness of automated driving: The effect of vehicle kinematics and proxemics on subjective response · 2023 · Peng, Chen et al. · archived
76. A Study on Autonomous Driving Motion Sickness from the Perspective of Multimodal Human Signals ↗ · 2026 · Kim, Su Young et al. · indexed
77. Motion Sickness and Human Performance – Exploring the Impact of Driving Simulator User Trials · 2019 · Smyth, Joseph et al. · archived
78. Effect of Synchronized Vehicle Motion to Mitigating Sickness for On-Vehicle VR During Active Task Performance ↗ · 2024 · Noh, Sewon et al. · indexed
79. O mal-estar em condução simulada: comparação entre simuladores imersivos de direção com plataforma estática e dinâmica Simulator sickness: a comparison between static and dynamic motion platforms in immersive driving simulators · 2025 · Torres, Tânia Batistela et al. · archived
80. Impacts of Non-Driving-Related Task Interface Design on Time Changes of Motion Sickness Severity and Task Performance During Fully Autonomous Driving ↗ · 2024 · Kim, Sungmin et al. · indexed
81. Ride comfort assessment for automated vehicles utilizing a road surface model and Monte Carlo simulations ↗ · 2022 · Genser, Alexander et al. · indexed
82. Dependence of motion sickness in automobiles on the direction of linear acceleration ↗ · 1982 · Vogel, H. et al. · indexed
83. The role of vision in sensory integration models for predicting motion perception and sickness ↗ · 2024 · Kotian, Varun et al. · indexed
84. Development of a Driver Assistant System for Improving Passenger Ride Comfort of Automobiles ↗ · 2001 · Wang, Feng et al. · indexed
85. Predictors of Simulator Sickness Provocation in a Driving Simulator Operating in Autonomous Mode ↗ · 2022 · Hwangbo, Seung Woo et al. · indexed
86. Improvement of Ease of Viewing Images on an In-vehicle Display and Reduction of Carsickness ↗ · 2008 · Kato, Kazuhito et al. · indexed
87. User Evaluation of Comfortable Deceleration Profiles for Highly Automated Driving: Findings from a Test Track Study ↗ · 2023 · Carlowitz, Stefanie et al. · indexed
88. In the Passenger Seat: Investigating Ride Comfort Measures in Autonomous Cars ↗ · 2015 · Elbanhawi, Mohamed et al. · indexed
89. A driver assistant system for improvement of passenger ride comfort through modification of driving behaviour ↗ · 2001 · Wang, F. · indexed
90. The Influence of In-Vehicle Display Locations on Motion Sickness ↗ · 2026 · Xie, Weiyin et al. · indexed
91. Standing balance of vehicle passengers: The effect of vehicle motion, task performance on post-drive balance ↗ · 2020 · Le, V.C. et al. · indexed
92. Rearward Seating Orientation Decreases Trust and Increases Motion Sickness in Autonomous Vehicles ↗ · 2025 · Rottmann, Leonhard et al. · indexed
93. Driving simulation sickness and the sense of presence: Correlation and contributing factors · 2021 · Almallah, Mustafa et al. · archived
94. The effects of habituation and adding a rest-frame on experienced simulator sickness in an advanced mobility scooter driving simulator ↗ · 2018 · Heutink, Joost et al. · indexed
95. Comparison of Transfer Function Models to Represent the Correlation Between Vehicle Lateral Acceleration and Head Tilting Angle in Motion Sickness · 2022 · Ali, Yassir et al. · archived
96. How do older passengers of automated vehicles experience comfort on road? An interview study ↗ · 2026 · Peng, Chen et al. · indexed
97. Analysis of Motion Sickness Associated Brain Activity Using fNIRS: A Driving Simulator Study · 2020 · Zhang, Chenyang et al. · archived
98. Motion Cueing Evaluation of Off-Road Heavy Vehicle Handling ↗ · 2016 · Romano, Richard A. et al. · indexed
99. Driving with the Fishes ↗ · 2018 · Paredes, Pablo E. et al. · indexed
100. Simulator sickness in older adults during active and passive driving tasks. ↗ · 2024 · Haghzare, Shabnam et al. · indexed
101. Velocity Control Strategies to Improve Automated Vehicle Driving Comfort ↗ · 2018 · Du, Yuchuan et al. · indexed
102. The effect of visually induced motion sickness on driving performance in a virtual reality simulator and the efficacy of airflow as a countermeasure ↗ · 2023 · Igoshina, Elizaveta (Liza) · indexed
103. Simulator sickness ↗ · 1992 · Lackner, James R. · indexed
104. Simulator Sickness Depends on Frequency of the Simulator Motion Mismatch: An Observation ↗ · 2008 · Groen, Eric L. et al. · indexed
105. Simulator Sickness: A Review of Its Costs, Countermeasures, and Prediction ↗ · 1986 · Frank, Lawrence H. et al. · indexed
106. Exploring the Effects of Regenerative Braking and the Auditory Cues for Alleviating Motion Sickness in Electric Vehicles ↗ · 2025 · Xie, Weiyin et al. · indexed
107. Unobtrusive vehicle motion prediction cues reduced simulator sickness during passive travel in a driving simulator ↗ · 2005 · Lin, James Jeng-Weei et al. · indexed
108. Physiological correlates of discomfort in automated driving ↗ · 2019 · Beggiato, Matthias et al. · indexed
109. The use of adaptation to reduce simulator sickness in driving assessment and research ↗ · 2013 · Domeyer, Joshua E. et al. · indexed
110. Conceptualising user comfort in automated driving: Findings from an expert group workshop ↗ · 2023 · Peng, Chen et al. · indexed
111. Do mental workload and presence experienced when driving a real car predispose drivers to simulator sickness? An exploratory study ↗ · 2015 · Milleville-Pennel, Isabelle et al. · indexed
112. Biosignal-Based Driving Experience Analysis between Automated Mode and Manual Mode ↗ · 2024 · Hu, Hongyu et al. · indexed
113. Comfort or Not? Automated Driving Style and User Characteristics Causing Human Discomfort in Automated Driving ↗ · 2021 · Dettmann, Andre et al. · indexed
114. Conceptualising user comfort in automated driving: Findings from an expert group workshop ↗ · 2024 · Peng, Chen et al. · indexed
115. Exploring the Participant-Related Determinants of Simulator Sickness in a Physical Motion Car Rollover Simulation as Measured by the Simulator Sickness Questionnaire ↗ · 2020 · Rzeźniczek, Piotr et al. · indexed
116. Artificial neural network for modelling of the correlation between lateral acceleration and head movement in a motion sickness study ↗ · 2019 · Saruchi, Sarah ‘Atifah et al. · indexed
117. Effects of environmental, vehicle and human factors on comfort in partially automated driving: A scenario-based study · 2022 · Delmas, Maxime et al. · archived
118. EEG-Based Learning System for Online Motion Sickness Level Estimation in a Dynamic Vehicle Environment ↗ · 2013 · Chin-Teng Lin et al. · indexed
119. Simulator sickness during driving simulation studies ↗ · 2010 · Brooks, Johnell O. et al. · indexed
120. Development of Hi-Fidelity Driving Simulator for Measuring Driving Behavior ↗ · 2001 · Akamatsu, Motoyuki et al. · indexed
121. Occupants' comfort: what about human body dynamics in road and rail vehicles? ↗ · 2025 · Papaioannou, Georgios et al. · indexed
122. Modeling of occupant’s head movement behavior in motion sickness study via time delay neural network ↗ · 2020 · Saruchi, Sarah ’A et al. · indexed
123. Driving simulator sickness and validity: how important is it to use real car cabins? ↗ · 2007 · Burnett, Gary et al. · indexed
124. Investigation of vibration’s effect on driver in optimal motion cueing algorithm ↗ · 2023 · Ahmad, Hazoor et al. · indexed
125. Meeting User Needs in Vehicle Automation · 2022 · Drewitz, Uwe et al. · archived
126. The effects of simulated fog and motion on simulator sickness in a driving simulator and the duration of after-effects ↗ · 2014 · Dziuda, Łukasz et al. · indexed
127. Motion Planning by a Two-Degree-of-Freedom Driving Simulator for Optimal Generation of Acceleration Sensation ↗ · 2024 · Safaei, Erfan Akhavan et al. · indexed
128. 1975 Ride Quality Symposium · 1975 · NHTSA · archived
129. User comfort and naturalness of automated driving: The effect of vehicle kinematic and proxemic factors on subjective response ↗ · 2025 · Peng, Chen et al. · indexed
130. User evaluation of comfortable deceleration profiles for highly automated driving: Findings from a test track study · 2024 · Figalova, Nikol et al. · archived
131. Context-Dependent Assessment of Driving Dynamics and User Perception in Automated Driving ↗ · 2026 · Panzer, Anna et al. · indexed
132. Using Smartbands, Pupillometry and Body Motion to Detect Discomfort in Automated Driving · 2018 · Beggiato, Matthias et al. · archived
133. The effect of airflow on (visually induced) motion sickness during a simulated driving task ↗ · 2021 · Igoshina, Elizaveta et al. · indexed
134. Can We Study Autonomous Driving Comfort in Moving-Base Driving Simulators? A Validation Study ↗ · 2016 · Bellem, Hanna et al. · indexed
135. Vehicle Motion Sickness Profiling Through Interpretable Gradient Boosting: A Framework for Advanced Driver Assistance Systems ↗ · 2025 · Colmenares, Jon Ander Ruiz et al. · indexed
136. SIMULATOR SICKNESS AND ITS RELATIONSHIP TO OCULOMOTOR ACTIVITY – COMPARISONS OF A FIXEDBASE VS. FULL-MOTION SIMULATOR ↗ · 2023 · Military Institute of Aviation Medicine, Warsaw, Poland et al. · indexed
137. Effects of a Motion Seat System on Driver’s Passive Task-Related Fatigue: An On-Road Driving Study ↗ · 2020 · Lee, Seunghoon et al. · indexed
138. Simulation-Based Development for Active Suspension Control for Automated Driving Vehicles—Evaluation of Transferability to Real-World Testing ↗ · 2022 · Jurisch, Matthias et al. · indexed
139. Effect of riding experience and HMI on users' trust and riding comfort in fully driverless autonomous motorcycles · 2025 · Xie, Weiyin et al. · archived
140. Driving simulator sickness: Impact on driving performance, influence of blood alcohol concentration, and effect of repeated simulator exposures ↗ · 2016 · Helland, Arne et al. · indexed
141. Effects of within-day intervals on adaptation to visually induced motion sickness in a virtual-reality motorcycling simulator · 2024 · Kasegawa, Chihiro et al. · archived
142. Multiple Exposition to a Driving Simulator Reduces Simulator Symptoms for Elderly Drivers · 2009 · Teasdale, Normand et al. · archived
143. Introducing the VIMSSQ: Measuring susceptibility to visually induced motion sickness ↗ · 2019 · Keshavarz, Behrang et al. · indexed
144. A meta-analysis of simulator sickness as a function of simulator fidelity · 2022 · de Winkel, Ksander N. et al. · archived
145. Impact of Human-Centered Vestibular System Model for Motion Control in a Driving Simulator ↗ · 2021 · Rengifo, Carolina et al. · indexed
146. Keep Calm and Ride Along: Passenger Comfort and Anxiety as Physiological Responses to Autonomous Driving Styles ↗ · 2020 · Dillen, Nicole et al. · indexed
147. Tuning the Federal Highway Administration's Driving Simulator Motion Base · 2018 · Wallick, Barry et al. · archived
148. Development and Evaluation of Comfort Assessment Approaches for Passengers in Autonomous Vehicles ↗ · 2023 · Su, Haotian et al. · indexed
149. Driving simulator study of the relationship between motion strategy preference and self-reported driving behavior ↗ · 2021 · Rengifo, Carolina et al. · indexed
150. The Effects of Various Design Alternatives on Moving-Base Driving Simulator Discomfort ↗ · 1980 · Casali, John G. et al. · indexed
151. Co-DAS: Development and Evaluation of Co-Driver Assistance System Concepts to Reduce Passenger Discomfort ↗ · 2021 · Ittner, Sandra et al. · indexed
152. How User Comfort Affects Physiological Responses during Automated Driving of Mobility Scooters ↗ · 2020 · Gwak, Jongseong et al. · indexed
153. The Effect of Driving Environments on Simulator Sickness ↗ · 2007 · Mourant, Ronald R. et al. · indexed
154. Driving style characteristics and user discomfort in urban automated driving: Insights from a context-based comfort dynamics analysis ↗ · 2026 · Hentschel, M. et al. · indexed
155. Urban Air Mobility Passenger Discomfort Evaluations of Sudden Heave Motion in a Virtual Reality Motion-Base Simulator ↗ · 2025 · Hanson, Curt et al. · indexed
156. Multimodal Mitigations for Cybersickness in Motion Base Simulators ↗ · 2023 · Weech, Séamas et al. · indexed
157. A Method to Assess the Effect of Vertical Dynamics on Driving Performance in Driving Simulators: A Behavioural Validation Study · 2019 · Parduzi, Arben et al. · archived
158. Simulator sickness and the <i>Simulator Sickness Questionnaire</i> in Polish practice. A study involving professional drivers subject to compulsory initial and periodic qualification courses ↗ · 2020 · Cybulski, Marcin et al. · indexed
159. Investigating comfort-oriented optimization of eco-driving cruising strategy: A driving simulator study · 2025 · Xue, Haoxiang et al. · archived
160. Effect of non-driving related task and seat back angle on preferred seat parameters in highly automated vehicles ↗ · 2025 · Shayegan, Shabahang et al. · indexed
161. The Effect of Visual Field Occlusion on Visually Induced Motion Sickness ↗ · 2024 · Aihara, Takatsugu et al. · indexed
162. Investigating Car Passenger Well-Being Related to a Seat Imposing Continuous Posture Variation ↗ · 2015 · Victor Orlinskiy, Sigrid van Veen · indexed
163. Reading During Fully Automated Driving: A Study of the Effect of Peripheral Visual and Haptic Information on Situation Awareness and Mental Workload · 2022 · Yusof, Nidzamuddin Md. et al. · archived
164. Heart Rate Variability and Motion Sickness During Forklift Simulator Driving ↗ · 2011 · Zużewicz, Krystyna et al. · indexed
165. Optical Correction Reduces Simulator Sickness in a Driving Environment ↗ · 2014 · Bridgeman, Bruce et al. · indexed
166. Long-term One-year Stability of Discomfort Perception in Automated Driving and Personal Influencing Factors ↗ · 2026 · Beggiato, Matthias et al. · indexed
167. The Influence of Gaming Experience and Optic Flow on Simulator Sickness: Insights from a Driving Simulator Study ↗ · 2022 · Himmels, Chantal et al. · indexed
168. Effects of Visually Induced Motion Sickness on Emergency Braking Reaction Times in a Driving Simulator ↗ · 2019 · Reinhard, René et al. · indexed
169. Mood and simulator sickness after truck simulator exposure ↗ · 2014 · Biernacki, Marcin et al. · indexed
170. Evaluation of a Motion Seat System for Reduction of a Driver’s Passive Task-Related (TR) Fatigue ↗ · 2018 · Lee, Seunghoon et al. · indexed
171. On-road vehicle study of the experience of automated driving · 2022 · Cooley, EH et al. · archived
172. A Review of Driving Simulation Technology and Applications · 2020 · Bruck, Lucas et al. · archived
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174. An Integrated Model for User State Detection of Subjective Discomfort in Autonomous Vehicles ↗ · 2021 · Niermann, Dario et al. · indexed
175. Simulator Sickness in a Virtual Environments Driving Simulator ↗ · 2000 · Mourant, Ronald R. et al. · indexed
176. Micro scenarios – A Theory-based Intervention to Alleviate Simulator Sickness for Older Drivers in Driving Simulators · 2022 · Sun, Chongren et al. · archived
177. A Study on Improvement of Motion Sensation for a Vehicle Driving Simulator Based on Specific Force Gain and Tilt Angle Scale Method ↗ · 2022 · Kwon, Seong-Jin et al. · indexed
178. Effects of Visual Display and Motion System Delays on Operator Performance and Uneasiness in a Driving Simulator · 1988 · Frank, Lawrence H. et al. · archived
179. Comparing the Effect of Airflow Direction on Simulator Sickness and User Comfort in a High-Fidelity Driving Simulator · 2022 · Igoshina, Elizaveta et al. · archived
180. Measuring Drivers’ Physiological Response to Different Vehicle Controllers in Highly Automated Driving (HAD): Opportunities for Establishing Real-Time Values of Driver Discomfort ↗ · 2020 · Radhakrishnan, Vishnu et al. · indexed
181. Comfort and Safety in Conditional Automated Driving in Dependence on Personal Driving Behavior · 2023 · Vasile, Laurin et al. · archived
182. Simulating 3D Human Postural Stabilization in Vibration and Dynamic Driving ↗ · 2022 · Mirakhorlo, Mojtaba et al. · indexed
183. Deriving metrics of driving comfort for autonomous vehicles: A dynamic latent variable model of speed choice ↗ · 2020 · Paschalidis, Evangelos et al. · indexed
184. A Fast and Reliable Approach for Driving Style Customization in Autonomous Vehicles ↗ · 2021 · Qazani, Mohammad Reza Chalak et al. · indexed
185. Analysis of the influence of non-driving-related activities on seat parameters and sitting posters ↗ · 2022 · Kipp, Manuel · indexed
186. Measuring Passengers’ Comfort and Perceived Safety in Automated Driving: Good Practices, Challenges, and Opportunities ↗ · 2025 · Peng, Chen et al. · indexed
187. Projection Displays Induce Less Simulator Sickness than Head-Mounted Displays in a Real Vehicle Driving Simulator ↗ · 2019 · Benz, Tobias et al. · indexed
188. 2C23 Drivers' Evaluation Based on Yaw Motion in Vehicle Turning via Driving Simulator ↗ · 2010 · Yamaguchi, Daisuke et al. · indexed
189. Influence of a new discrete‐time LQR‐based motion cueing on driving simulator ↗ · 2013 · Aykent, B. et al. · indexed
190. Understanding The Effect Of Noise, Vibration And Seat Discomfort Towards A Passenger's Vehicle Driver Through Self-Reported Survey · 2012 · Daruis, Dian Darina Indah et al. · archived
191. Suppression of Vestibulo-Ocular Reflex With Increased Mental Workload While Driving · 2023 · Kono, Takuya et al. · archived
192. A Motion Cueing Algorithm With Look-Ahead and Driver Characterization: Application to Vertical Car Dynamics ↗ · 2018 · Bruschetta, Mattia et al. · indexed
193. Assessing Car Seat Posture through Comfort and User Experience ↗ · 2022 · Caballero-Bruno, Irene et al. · indexed
194. Motion filter design for driver observation in hexapod car simulators ↗ · 2010 · Damveld, H.J. et al. · indexed
195. A real time implementation of MPC based Motion Cueing strategy for driving simulators ↗ · 2012 · Beghi, Alessandro et al. · indexed
196. Profile Analysis of Simulator Sickness Symptoms: Application to Virtual Environment Systems ↗ · 1992 · Kennedy, Robert S. et al. · indexed
197. A comparative assessment of subjective experience in simulator and on-road driving under normal and time pressure driving conditions ↗ · 2022 · Pawar, Nishant Mukund et al. · indexed
198. Changes in Non-Driving-Related Activities from Conditional to Full Automation and Their Implications for Interior Design: A Systematic Review and Meta-Analysis ↗ · 2024 · Cai, Yujing et al. · indexed
199. Multi-camera Face Tracking for Estimating User’s Discomfort with Automated Vehicle Operations · 2021 · Beggiato, Matthias et al. · archived
200. The Effects of a Predictive HMI and Different Transition Frequencies on Acceptance, Workload, Usability, and Gaze Behavior during Urban Automated Driving · 2020 · Hecht, Tobias et al. · archived
201. Passenger Acceptance of UAM Heave Acceleration in a Virtual Reality Motion-Base Simulator ↗ · 2026 · Ramia, Saravanakumaar et al. · indexed
202. Detection of Discomfort in Autonomous Driving via Stochastic Approximation · 2022 · Kretzschmar, Florian et al. · archived
203. Behavioural Research in an Advanced Driving Simulator - Experiences of the VTI System - ↗ · 1993 · Nilsson, Lena · indexed
204. A Novel Decoupled Model Predictive Control-Based Motion Cueing Algorithm for Driving Simulators ↗ · 2023 · Asadi, Houshyar et al. · indexed
205. Route-planning based on a passenger condition for self-driving vehicles ↗ · 2017 · Hiraishi, Hironori · indexed
206. 2 DOF low cost platform for driving simulator: Modeling and control ↗ · 2009 · Arioui, Hichem et al. · indexed
207. A Physiological Criterion for Driving Simulator Sickness ↗ · 1998 · Mukae, Hideyuki et al. · indexed
208. Tradeoffs between safe/comfortable headways versus mobility-enhancing headways in an automated driving environment: preliminary insights using a driving simulator experiment ↗ · 2021 · Li, Yujie et al. · indexed
209. Experimental Ride Comfort Analysis of an Electric Light Vehicle in Urban Scenario · 2020 · Vella, Angelo Domenico et al. · archived
210. Attention Military/Commercial Simulation Developers, Users, & Trainers: Visually-induced or Motion-induced Sickness is not Necessarily More Severe for Women · 2023 · Lawson, Ben et al. · archived
211. Evaluation of the Path Tracking Performance of Autonomous Vehicles Using the Universal Motion Simulator ↗ · 2018 · Mohajer, Navid et al. · indexed
212. Driver-centred Autonomous Vehicle Motion Control within A Blended Corridor ↗ · 2019 · Wei, Chongfeng et al. · indexed
213. An Independent Visual Background Reduced Simulator Sickness in a Driving Simulator ↗ · 2004 · Duh, Henry Been‐Lirn et al. · indexed
214. Subjective Perception of Discomfort due to Vehicle Vibrations in the Sagittal Plane ↗ · 2016 · Mulder, Mark et al. · indexed
215. Analysis of Driving Simulator Sickness Symptoms: Zero-Inflated Ordered Probit Approach ↗ · 2019 · Nickkar, Amirreza et al. · indexed
216. Autonomous Vehicles and Virtual Reality · 2024 · Kemeny, Andras · archived
217. Driving with Automation: The Impacts on Road Safety and Driving Comfort Moderated by Multiple Factors in Hazardous Scenarios ↗ · 2024 · Su, Yizi et al. · indexed
218. The psychomotor vigilance task for assessing the effects of motion sickness and its treatment ↗ · 2025 · Geimer, Shireen et al. · indexed
219. A Simulation Study of Human Sensory Dynamics and Driver–Vehicle Response ↗ · 2022 · Nash, C. J. et al. · indexed
220. Subjective and Objective Assessment of the Impact of Stress and Mental Workload on Cybersickness During Virtual Reality Training · 2025 · Antoine Moinnereau, Marc et al. · archived
221. EEG Alpha and Gamma Modulators Mediate Motion Sickness-Related Spectral Responses ↗ · 2016 · Chuang, Shang-Wen et al. · indexed
222. The Effect of Simulator Motion on Driver Performance ↗ · 1982 · Repa, Brian S. et al. · indexed
223. Experiencing Automated Vehicles in Real-Life Affects Central Aspects of Drivers’ User Experience · 2026 · Brandenburg, Stefan et al. · archived
224. Tactical Decisions for Lane Changes or Lane Following: Assessment of Automated Driving Styles Under Real-World Conditions ↗ · 2023 · Ossig, Johannes et al. · indexed
225. Driving behavior in immersive Virtual Environments: a study on the role of cognitive workload, sense of presence and simulation sickness in the CAVE laboratory. ↗ · 2025 · Bruno, Giovanni et al. · indexed
226. Electrogastrogram-Derived Features for Automated Sickness Detection in Driving Simulator · 2022 · Jakus, Grega et al. · archived
227. Roll rate thresholds in driving simulation ↗ · 2012 · Nesti, Alessandro et al. · indexed
228. Behavioral Aspects of Automatic Vehicle Guidance: Relationship Between Headway and Driver Comfort ↗ · 1997 · De Vos, Alexander P. et al. · indexed
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230. Motion presence study on automobile driving simulator ↗ · 2010 · Wang Xiu · indexed
231. Geometry-Prior Guided Dual-Stream Recognition Network for Accurate Occupant Behavior Monitoring in Intelligent Vehicle ↗ · 2026 · Fu, Zhijun et al. · indexed
232. Deriving Non-Driving-Related Activities in Highly Automated Driving via an Autoethnographic Approach by Traveling Canada in a Recreational Vehicle ↗ · 2024 · Stampf, Annika et al. · indexed
233. Quantifying automated vehicle benefits in reducing driving stress: a simulation experiment approach ↗ · 2023 · Khattak, Zulqarnain H. et al. · indexed
234. Driving Simulator Sickness: An Evidence-Based Review of the Literature ↗ · 2011 · Classen, Sherrilene et al. · indexed
235. Driving Performance and Susceptibility to Simulator Sickness: Are They Related? ↗ · 2010 · Mullen, Nadia W. et al. · indexed
236. Vehicle automation: A remedy for driver stress? ↗ · 2007 · Funke, G. et al. · indexed
237. Benefits estimation framework for automated vehicle operations. · 2015 · Smith, Scott et al. · archived
238. How Does Motion Influence the Use of Touch Screen In-Vehicle Information Systems? ↗ · 2011 · Lenné, Michael G et al. · indexed
239. Video entertainment to mitigate safety risks during prolonged automated driving: Impacts on cognitive load, fatigue, and takeover performance ↗ · 2026 · Ma, Jun et al. · indexed
240. Investigation of visual attention in day-night driving simulator during cybersickness occurrence ↗ · 2016 · Bahit, Muhammad et al. · indexed
241. Study of the Influence of Different Washout Algorithms on Simulator Sickness for a Driving Simulation Task ↗ · 2011 · Aykent, Barıs¸ et al. · indexed
242. Assessing the relationships between migraine and driving risks, challenges and coping strategies. · 2026 · Genc, H et al. · archived
243. THE EVALUATION OF A MOTION BASE DRIVING SIMULATOR IN A CAVE AT TACOM ↗ · 2006 · Mollenhauer, M. A. et al. · indexed
244. Analysis of Situational Acceptance and Objective Indicators During Automated Driving: A Driving Simulator Study ↗ · 2026 · Li, Chenchang et al. · indexed
245. Demographic and Driving Performance Factors in Simulator Adaptation Syndrome ↗ · 2003 · Rizzo, Matthew et al. · indexed
246. Dropout during a driving simulator study: A survival analysis ↗ · 2015 · Matas, Nicole A. et al. · indexed
247. Facial Expressions as Indicator for Discomfort in Automated Driving · 2020 · Beggiato, Matthias et al. · archived
248. Comparing Techniques to Reduce Simulator Adaptation Syndrome and Improve Naturalistic Behaviour During Simulated Driving ↗ · 2009 · Reed-Jones, James G et al. · indexed
249. Case Study on Model Free Determination of Optimal Trajectories in Highly Automated Driving ↗ · 2019 · Mutlu, İlhan et al. · indexed
250. Measurement and Modeling of the Effect of Sensory Conflicts on Driver Steering Control ↗ · 2019 · Nash, Christopher J. et al. · indexed
251. Simulation of Automated Vehicles' Drive Cycles · 2018 · LeVine, Scott · archived
252. Motion Simulation Experiments for Driver Behavior and Road Vehicle Dynamics ↗ · 2011 · Lewis, Kemper et al. · indexed
253. Gender Differences in Simulator Sickness in Fixed- versus Rotating-Base Driving Simulator ↗ · 2010 · Garcia, Andre et al. · indexed
254. Study on Construction of Driving Simulator for Personal Mobility Vehicle · 2018 · NANJO, Genki et al. · archived
255. User Evaluation of Passenger Assistance System Concepts on Public Highways ↗ · 2021 · Ittner, Sandra et al. · indexed
256. Measuring driving simulator adaptation using EDA · 2022 · Pungu Mwange, Marie-Anne et al. · archived
257. Subjective Perception and Evaluation of Driving Dynamics in the Virtual Test Drive ↗ · 2017 · Nguyen, Minh-Tri et al. · indexed
258. The Effects of Road Type and Driver’s Age on Simulator Sickness ↗ · 2021 · Lee, Jaesik · indexed
259. A “Natural” Independent Visual Background Reduced Simulator Sickness ↗ · 2002 · Lin, James Jeng-Weei et al. · indexed
260. Validation of a driving simulator for research into human factors issues of automated vehicles · 2019 · Tomasevic, Nebojsa et al. · archived
261. Physiological Response of Vehicle Driver to Ground Generated Vehicle Vibrations ↗ · 1999 · Paul, Tej et al. · indexed
262. The Impact of Physical Motion Cues on Driver Braking Performance: A Clinical Study Using Driving Simulator and Eye Tracker ↗ · 2022 · El Hamdani, Sara et al. · indexed
263. Lessons Learned: Gastric Motility Assessment During Driving Simulation ↗ · 2019 · Popović, Nenad B. et al. · indexed
264. Performance characteristics for automated driving of long heavy vehicle combinations evaluated in motion simulator ↗ · 2014 · Nilsson, Peter et al. · indexed
265. Research on probability index of road driving comfort based on driving vibration distribution ↗ · 2023 · Chen, Guanghua et al. · indexed
266. Effect of Environmental Factors and Individual Differences on Subjective Evaluation of Human-like and Conventional Automated Vehicle Controllers · 2021 · Hajiseyedjavadi, Foroogh et al. · archived
267. Experimental analysis of driver’s head motion on vehicle maneuver from the point of driving pleasure ↗ · 2006 · Makita, M. et al. · indexed
268. Lane keeping performances subjected to whole-body vibrations · 2018 · Azizan, Amzar et al. · archived
269. Reliability and Models of Subjective Motion Incongruence Ratings in Urban Driving Simulations ↗ · 2023 · Kolff, Maurice et al. · indexed
270. Special issue on Motion Control for Automated Driving and Autonomous Functions on Road Vehicles ↗ · 2019 · Lidberg, Mathias et al. · indexed
271. Route-Preview Adaptive Model Predictive Motion Cueing for Driving Simulators ↗ · 2025 · Jiang, Xue et al. · indexed
272. Intention to use a fully automated car: Attitudes and a priori acceptability · 2014 · Payre, William et al. · archived
273. Fidelity Assessment of Motion Platform Cueing: Comparison of Driving Behavior under Various Motion Levels ↗ · 2023 · El hamdani, Sara et al. · indexed
274. Learning autonomous vehicle passengers’ preferred driving styles using g-g plots and haptic feedback ↗ · 2019 · Kalabic, Uros et al. · indexed
275. Evaluation of Vehicle Ride Height Adjustments Using a Driving Simulator ↗ · 2020 · Sadraei, Ehsan et al. · indexed
276. A Brain Network Analysis Model for Motion Sickness in Electric Vehicles Based on EEG and fNIRS Signal Fusion ↗ · 2024 · Ren, Bin et al. · indexed
277. The determinants of acceptability and behavioural intention of automated vehicles – a review · 2020 · Lemonnier, Aurore et al. · archived
278. 3P2-O03 Evaluation method for swaying disturbance compensation capability at driver-seat seated posture(Sense, Motion and Measurement (3)) ↗ · 2014 · SUZUKI, Takemi et al. · indexed
279. Use of travel time in a shared automated vehicle for work and leisure: Results from a field experiment with a Wizard-of-Oz simulator-on-wheels vehicle ↗ · 2026 · Öztürker, Maryna et al. · indexed
280. Workshop on Virtual Reality (VR) in Automated Vehicles: Developing and Evaluating Metrics to Assess VR in the Car ↗ · 2020 · Becerra, Zoe M et al. · indexed
281. Consumer acceptance and travel behavior : impacts of automated vehicles : final report. · 2016 · Zmud, Johanna et al. · archived
282. Development of a methodology for monitoring and prediction of road surface conditions in highly automated driving ↗ · 2017 · Pont, Eduardo Manas et al. · indexed
283. Empirical Validation of Human-Centered Driving Style Parameterization in Highly Automated Vehicles · 2026 · Shah, Karan et al. · archived
284. Prefrontal Correlates of Passengers’ Mental Activity Based on fNIRS for High-Level Automated Vehicles · 2024 · Zhang, Xiaofei et al. · archived
285. A Wizard of Oz Field Study to Understand Non-Driving-Related Activities, Trust, and Acceptance of Automated Vehicles ↗ · 2020 · Detjen, Henrik et al. · indexed
286. Methodological Issues When Conducting Research on Older Drivers ↗ · 2011 · Trick, Lana et al. · indexed
287. How sleep problems contribute to simulator sickness: Preliminary results from a realistic driving scenario ↗ · 2018 · Altena, Ellemarije et al. · indexed
288. Control for a Comfortable Ride in Reverse Driving with an Automated Parking System ↗ · 2016 · Yoshikawa, Tatsuya et al. · indexed
289. Driver Acceptance of In-Vehicle Information, Assistance and Automated Systems: An Overview ↗ · 2018 · Burnett, Gary et al. · indexed
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291. A Survey of Mid-Level Driving Simulators ↗ · 1995 · Weir, David H. et al. · indexed
292. Predicting Motion Incongruence Ratings in Closed-and Open-Loop Urban Driving Simulation ↗ · 2023 · Kolff, Maurice et al. · indexed
293. Balancing comfort and efficiency: Optimal deceleration rates at crosswalks and intersections in automated driving ↗ · 2026 · Carlowitz, Stefanie et al. · indexed
294. Driving Behavior and Simulator Sickness While Driving the Vehicle in the Loop: Validation of Longitudinal Driving Behavior ↗ · 2013 · Karl, Ines et al. · indexed
295. The prevalence of musculoskeletal troubles among car drivers ↗ · 2002 · Porter, J. M. · indexed
296. Heterogeneous Preferences for Activities While Traveling in Autonomous Vehicles: Relationships with Travel Contexts and Attitudes · 2024 · Kim, Ilsu et al. · archived
297. Nonvestibular Motion Cueing in a Fixed-Base Driving Simulator: Effects on Driver Braking and Cornering Performance ↗ · 2011 · de Groot, S. et al. · indexed
298. Eco-Driving of Electric Vehicles: Objective and Subjective Evaluation of Passenger Comfort by a Dynamic Driving Simulator ↗ · 2025 · Xue, Haoxiang et al. · indexed
299. Reliability and Models of Subjective Motion Incongruence Ratings in Urban Driving Simulations ↗ · 2023 · Kolff, Maurice et al. · indexed
300. On the Road to Productivity: Investigating Text-Presentation Techniques and Audio Assistance for Non-Driving Tasks in Conditionally Automated Vehicles ↗ · 2023 · Patel, Shiv G et al. · indexed
301. Driver-Vehicle-Lateraldynamics under Regular Driving Conditions ↗ · 1993 · MITSCHKE, M. · indexed
302. Driving comfort, enjoyment and acceptance of automated driving – effects of drivers’ age and driving style familiarity ↗ · 2018 · Hartwich, Franziska et al. · indexed
303. Evaluation of a User-adaptive Light-based Interior Concept for Supporting Mobile Office Work during Highly Automated Driving · 2022 · Walocha, Fabian et al. · archived
304. Ergonomic evaluation of interior design of Shoka vehicle and proposing recommendations for improvement ↗ · 2012 · Mazloumi, Adel et al. · indexed
305. Examining Seniors’ Adaptation to Mixed Function Automated Vehicles: Analysis of Naturalistic Driving Data · 2021 · Liang, Dan et al. · archived
306. Acceptance of Highly Automated Vehicles: Weak or Absent Relationships with Desire for Control, Illusion of Control, and Driving Styles ↗ · 2020 · Nees, Michael A. et al. · indexed
307. Driver discomfort in vehicle seats – Effect of changing road conditions and seat foam composition ↗ · 2015 · Mansfield, Neil et al. · indexed
308. Motion Cueing in the Renault Driving Simulator ↗ · 2000 · Reymond, Gilles et al. · indexed
309. Establishing Passenger Cognitive Comfort Thresholds Through a Naturalistic On-Road Study: Implications for Connected and Autonomous Vehicle Lane Width Standards ↗ · 2026 · Somavarapu, Mohan Kumar et al. · indexed
310. Auto-Tuning parameters of motion cueing algorithms for high performance driving simulator based on Kuka Robocoaster ↗ · 2022 · Pham, Duc-An et al. · indexed
311. System Dynamics Models of Automated Vehicle Impacts · 2023 · Smith, Scott et al. · archived
312. Take a Seat! – Passengers’ Perceived Risk and Driving Behavior Preferences During Automated Driving in Urban Mixed Traffic Depending on the Seating Position · 2022 · Stange, Vanessa et al. · archived
313. From driving simulation to virtual reality · 2014 · Kemeny, Andras · archived
314. On the Objective Evaluation of Motion Cueing in Vehicle Simulations ↗ · 2021 · Casas-Yrurzum, Sergio et al. · indexed
315. Predicting Motion Incongruence Ratings in Closed-and Open-Loop Urban Driving Simulation ↗ · 2023 · Kolff, Maurice et al. · indexed
316. Smooth Rides Ahead: Integrating Chauffeur Driving Styles into HAVs ↗ · 2024 · Horn, Stefanie Elisabeth et al. · indexed
317. Automated Vehicles and the Rethinking of Mobility and Cities · 2015 · Alessandrini, Adriano et al. · archived
318. Transportation planning implications of automated/connected vehicles on Texas highways. · 2017 · Williams, Thomas et al. · archived
319. Adaptive behavioral planning for more social automated vehicles ↗ · 2021 · Noonan, T Zachary et al. · indexed
320. Secure Mobility and the Autonomous Driver ↗ · 2008 · McDowell, Kaleb et al. · indexed
321. Subjective Evaluation on Human-Machine-Environment System of Automotive Driving Simulation Experiment Platform ↗ · 2011 · Yuan, Quan et al. · indexed
322. Correlation of Shared Automated Vehicles Real Traffic Performance and Passengers’ Acceptance Data ↗ · 2024 · Papadopoulos, Alexandros et al. · indexed
323. Roll rate perceptual thresholds in active and passive curve driving simulation ↗ · 2016 · Nesti, Alessandro et al. · indexed
324. Feasibility of Road Longitudinal Profiles for Automated Vehicles Based on Vehicle Dynamics ↗ · 2025 · Li, Zezhou et al. · indexed
325. LQR-based active seat suspension design to improve bus driver ride comfort ↗ · 2026 · Sekulić, Dragan · indexed
326. Why would people want to travel more with automated cars? ↗ · 2022 · Lehtonen, Esko et al. · indexed
327. RETRACTED: The human-like trajectory planning for autonomous vehicles based on optimal control in a test track environment ↗ · 2021 · Xu, Xing et al. · indexed
328. Comparison of Three Motion Cueing Algorithms for Curve Driving in an Urban Environment ↗ · 2009 · Valente Pais, A. R et al. · indexed
329. Effects of Visual Display and Motion System Delays on Operator Performance and Uneasiness in a Driving Simulator ↗ · 1987 · Frank, Lawrence H. et al. · indexed
330. Drivers’ Evaluation of Different Automated Driving Styles: Is It both Comfortable and Natural? ↗ · 2021 · Peng, Chen et al. · indexed
331. Help or hindrance? The travel, energy and carbon impacts of highly automated vehicles · 2016 · Wadud, Zia et al. · archived
332. The effects of sitting postures on seat vibrotactile interaction system for enhancing occupants’ situation awareness in high-level automated driving ↗ · 2025 · Shen, Chuanliang et al. · indexed
333. 1105 Ride Comfort Evaluation by Driving Simulator with Full Vehicle Model of Multibody Dynamics · 2001 · SHIIBA, Taichi et al. · archived
334. The Impact of System Transparency on Passenger’s Quality of Experience in Highly Automated Driving ↗ · 2023 · Li, Chenchang et al. · indexed
335. Simulating Life with Personally-Owned Autonomous Vehicles through a Naturalistic Experiment with Personal Drivers · 2022 · Harb, Mustapha et al. · archived
336. A Review of Motion Planning Techniques for Automated Vehicles ↗ · 2015 · González, David et al. · indexed
337. Driving Comfort Evaluation of Urban Road from Driver’s Visual Perception ↗ · 2015 · Yu, Bo et al. · indexed
338. Capturing Driver Status Using Naturalistic Driving Study Data: Implications for Assessing Health and Safety ↗ · 2022 · Binjolkar, Mayuree et al. · indexed
339. Evaluation of Riding Comfort: From the Viewpoint of Interaction of Human Body and Seat for Static, Dynamic, Long Time Driving ↗ · 2000 · Inagaki, Hazime et al. · indexed
340. Exploring use cases and user perception of a proactive voice assistant in automated vehicles · 2023 · Mathis, Lesley-Ann et al. · archived
341. The Relationship Between Visual Attention and Simulator Sickness: A Driving Simulation Study ↗ · 2018 · Hoesch, Anne et al. · indexed
342. Role of Lateral Acceleration in Curve Driving: Driver Model and Experiments on a Real Vehicle and a Driving Simulator ↗ · 2001 · Reymond, Gilles et al. · indexed
343. Ride Comfort of Urban Minibus Driver through Optimization of Seating Parameters and Vehicle Speed ↗ · 2019 · Rao, M.Jaganmohan et al. · indexed
344. E2 Reach envelop and discomfort map construction under simulated driving task condition(English session) ↗ · 2010 · Choi, Hyung Yun et al. · indexed
345. From Driving to Quality Time: Deriving User Requirements for Interiors of Highly Automated Vehicles · 2024 · Hoetter, Matthis et al. · archived
346. Vibration quality and ride comfort investigation with transient excitation in a ground vehicle simulator environment ↗ · 2023 · Bastiaan, Jennifer et al. · indexed
347. Influence of public transport ergonomic features on passenger's functional state ↗ · 2020 · Afonin, Maksym · indexed
348. Vibration Analysis on Driver Seat for Small Cars ↗ · 2011 · Karajagikar, J. S. et al. · indexed
349. Is the In-Vehicle Environment Healthy and Comfortable? Real-World Thermal and CO₂ Exposure during Urban Commuting ↗ · 2026 · Wang, Zhenyu et al. · indexed
350. Discomfort assessment with pupil diameter transition on decelerating condition in an autonomous car ↗ · 2021 · KOSUGI, Naoya et al. · indexed
351. Interface pressure data and the prediction of driver discomfort in road trials ↗ · 2003 · Porter, J.Mark et al. · indexed
352. PHYSIOPSYCHOLOGICAL RESPONSE OF VEHICLE PASSENGERS TO SURFACE ROUGHNESS AND THE ACCEPTABLE LIMIT · 2017 · TOMIYAMA, Kazuya et al. · archived
353. Motion control to prevent passengers from falling over in an automated shuttle for mobility services · 2020 · Katō, K. et al. · archived
354. Dynamic Safety Analysis of Longitudinal Motion Planning for Autonomous Vehicles ↗ · 2019 · Tordeux, Antoine et al. · indexed
355. HOW DRIVING STRESS, CONFIDENCE, AND THOUGHTS ABOUT DRIVING ALTERNATIVES AFFECT TRANSPORTATION PLANNING ↗ · 2019 · Vivoda, Jonathon et al. · indexed
356. Elements of Discomfort in Vehicles ↗ · 2014 · Constantin, Doru et al. · indexed
357. Effect of Whole-Body Vibration Exposure in Vehicles on Static Standing Balance after Riding ↗ · 2023 · Tatsuno, Junya et al. · indexed
358. Modelling and Validation of Vehicle Ride Comfort Model ↗ · 2014 · Abu Bakar, Saiful Anuar et al. · indexed
359. Development of Air Driver Seat for Use in M3/N3 Class Vehicles ↗ · 2022 · Kılınç, Songül et al. · indexed
360. Discomfort detection during automated driving using temporal transformers · 2025 · Assarzadeh, Maha et al. · archived
361. Vehicle Ride Comfort Analysis and Optimization Using Design of Experiment ↗ · 2010 · Chen, Shuming et al. · indexed
362. Trajectory Planning and Tracking for Autonomous Vehicle Considering Human Driver Personality ↗ · 2019 · Zhang, Chaoyong et al. · indexed
363. Exploratory Driving Performance and Car-Following Modeling for Autonomous Shuttles Based on Field Data ↗ · 2025 · Favero, Renan et al. · indexed
364. Load Measurement of the Cervical Vertebra C7 and the Head of Passengers of a Car While Driving across Uneven Terrain ↗ · 2021 · Svoboda, Martin et al. · indexed
365. Assessing and Predicting the Impact of Cowlshake in Convertible Cars on Subjective Comfort ↗ · 2001 · Kolrep, Harald · indexed
366. Driving performance and driver discomfort in an elevated and standard driving position during a driving simulation ↗ · 2015 · Smith, Jordan et al. · indexed
367. Fatigue Life Assessment Approach to Ride Comfort Optimization of a Passenger Car under Random Road Execution Conditions ↗ · 2005 · Kasaiezadeh, Alireza et al. · indexed
368. CommonRoad: Composable benchmarks for motion planning on roads · 2017 · Althoff, Matthias et al. · archived
369. Evaluation of Human Psychological Load Assuming Driving Operation of Sit-Riding Type Wheeled Inverted Pendulum PMV ↗ · 2023 · Jeong, Seonghee et al. · indexed
370. Coordinated Feedback–Feedforward Control for Coupled Seat–Suspension Dynamics: A Ride Comfort Enhancement Strategy for In-Wheel-Motor Electric Vehicles ↗ · 2026 · Abdullah Eissa, Magdy et al. · indexed
371. Development of a System for Monitoring Driver Comfort via Smartphones ↗ · 2024 · De Palma, Luisa et al. · indexed
372. Fail-safe motion planning of autonomous vehicles · 2016 · Magdici, Silvia et al. · archived
373. Vertical trajectory planning: an optimal control approach for active suspension systems in autonomous vehicles ↗ · 2021 · Jurisch, Matthias · indexed
374. The influence of scopolamine on motor control and attentional processes ↗ · 2016 · Bestaven, Emma et al. · indexed
375. Design of Data Driven Automated Driving Control Algorithm for Enhanced Human Acceptance ↗ · 2025 · Shin, Donghoon et al. · indexed
376. Design Optimization of Truck Cabin for Driver Comfort ↗ · 2025 · Rathod, A B et al. · indexed
377. Adaptive Potential Field-Based Path Planning for Complex Autonomous Driving Scenarios ↗ · 2020 · Lu, Bing et al. · indexed
378. A Motion Cueing Algorithm Based on Model Predictive Control Using Terminal Conditions in Urban Driving Scenario ↗ · 2020 · Qazani, Mohammad Reza Chalak et al. · indexed
379. Modeling of vehicle-passenger system for countermeasures to prevent passengers from falling over in a driver-less shuttle · 2020 · Katō, Kiyoshi et al. · archived
380. Motion Planning of Vehicles for Crash Mitigation in Emergency Driving Scenarios ↗ · 2021 · Li, Daofei et al. · indexed
381. Occupant Safety in Vehicles Equipped with Automated Driving Systems, Part 1: Initial Evaluation of Usability, Stability, and Injury Prediction Capabilities · 2020 · Lin, Hongnan et al. · archived
382. Prediction of Motion Simulator Signals Using Time-Series Neural Networks ↗ · 2021 · Qazani, Mohammad Reza Chalak et al. · indexed
383. Investigation of a Vibration Reduction System for Vehicle Seats by a Vibration Model Consisting of a Vehicle, Seat, and Human Body ↗ · 2013 · Ota, S. et al. · indexed
384. Real-Time Motion Planning With Applications to Autonomous Urban Driving · 2009 · Kuwata, Yoshiaki et al. · archived
385. Simulation-Based Testing of Subsystems for Autonomous Vehicles at the Example of an Active Suspension Control System ↗ · 2022 · Landersheim, Volker et al. · indexed
386. Enhancing the prediction accuracy of EKASTOS with individual parameter tuning ↗ · 2026 · Messiou, Chrysovalanto et al. · indexed
387. Quantitative Calculation and Simulation Analysis of the Driving Sensation of the Manned Lunar Rover ↗ · 2024 · Yu, Qihang et al. · indexed
388. Multi-objective NSGA-II for Weight Tuning of a Nonlinear Model Predictive Controller in Autonomous Vehicles ↗ · 2022 · Qazani, Mohammad Reza Chalak et al. · indexed
389. Automatic Tuning of Adaptive Gradient Descent Based Motion Cueing Algorithm Using Particle Swarm Optimisation ↗ · 2022 · Arango, Camilo Gonzalez et al. · indexed
390. Thermal infrared imaging based facial temperature in comparison to ear temperature during a real-driving scenario ↗ · 2021 · Pham Xuan, Rebecca et al. · indexed
391. Learning From Naturalistic Driving Data for Human-Like Autonomous Highway Driving ↗ · 2021 · Xu, Donghao et al. · indexed
392. Towards Courteous Behavior and Trajectory Planning for Automated Driving ↗ · 2019 · Speidel, Oliver et al. · indexed
393. Static Seat Comfort CAE DOE Variation Study to Understand the Impact of Seating Adjustment and Occupant Posture on Seat Pressure Distribution ↗ · 2024 · H S, Rakesh et al. · indexed
394. Ergonomic Design: Experimental Studies of Multi-Task Vehicle ↗ · 2013 · Byran, Eyal · indexed
395. General Optimal Trajectory Planning: Enabling Autonomous Vehicles with the Principle of Least Action · 2023 · Abbink, David A. et al. · archived
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398. Generation and Selection of Driver-Behavior-Based Transferable Motion Primitives ↗ · 2022 · Guan, Haijie et al. · indexed
399. Evaluation and Optimization of Driver Posture ↗ · 2008 · He, Jianjun et al. · indexed
400. The Use of Coconut Fiber Padded Seat in Reducing Vibration and Fatigue of Bus Drivers · 2022 · Sunarsieh, Sunarsieh et al. · archived
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402. Generation and Selection of Driver-Behavior-Based Transferable Motion Primitives ↗ · 2021 · Guan, Haijie et al. · indexed
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404. Evaluation of Effects of Wheel Loader Load Condition on Driver Ride Comfort ↗ · 2025 · Liem, Nguyen Van et al. · indexed
405. Effects of Ride Motion on Reaction Times for Reaching Tasks ↗ · 2005 · McDowell, Kaleb et al. · indexed
406. Inhabiting the Car ↗ · 2006 · Urry, John · indexed
407. Integration of Reinforcement Learning Based Behavior Planning With Sampling Based Motion Planning for Automated Driving · 2023 · Klimke, Marvin et al. · archived
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410. Optimal MPC Horizons Tunning of Nonlinear MPC for Autonomous Vehicles Using Particle Swarm Optimisation ↗ · 2022 · Qazani, Mohammad Reza Chalak et al. · indexed
411. Drivers’ Visual Behavior-Guided RRT Motion Planner for Autonomous On-Road Driving ↗ · 2016 · Du, Mingbo et al. · indexed
412. Effect of seat back angle on preferred seat pan inclination for the development of highly automated vehicles ↗ · 2023 · Wang, Xuguang et al. · indexed
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536. Transit Frequency Optimization in Bi-modal Networks Using Differential Evolution Algorithm ↗ · 2022 · MUTLU, Mehmet Metin et al. · indexed
537. Path Planning for Autonomous Ships: A Hybrid Approach Based on Improved APF and Modified VO Methods ↗ · 2021 · Zhang, Liang et al. · indexed
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540. Path-Planning Dynamic 3D Space Using Modified A* Algorithm ↗ · 2020 · Hussein Qahtan, Al Gburi et al. · indexed
541. Optimize path planning of a planar parallel robot to avoid obstacle collision using genetic algorithm ↗ · 2014 · Danesh, Mohammad et al. · indexed
542. 215. Detail Analysis of Non-Specific Activation of CD19 CAR-T Cells Caused by CAR Design ↗ · 2015 · Okamoto, Sachiko et al. · indexed
543. PROBLEMS OF TRANSPORT SERVICES IN THE CITY OF ORYOL AND THE ORYOL MUNICIPAL DISTRICTBIBLIOGRAPHY ↗ · 2024 · Novikov, Alexander Nikolaevich et al. · indexed
544. Understanding CAR T cell-tumor interactions: Paving the way for successful clinical outcomes ↗ · 2022 · Korell, Felix et al. · indexed
545. Improved Multi-Objective Cuckoo-Catfish Optimizer for Smooth and Collision-Free Mobile Robot Path Planning ↗ · 2026 · Abdulsaheb, Jaafar Ahmed et al. · indexed
546. Mechanisms of response and resistance to CAR T cell therapies ↗ · 2021 · Berger, Trisha R et al. · indexed
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548. Therapeutic intersections: Expanding benefits of CD19 CAR T cells from cancer to autoimmunity ↗ · 2024 · Sosnoski, Heather M. et al. · indexed
549. CAR-T Cells in Brain Tumors and Autoimmune Diseases – from Basics to the Clinic ↗ · 2021 · Poorebrahim, Mansour et al. · indexed
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551. Chimeric Antigen Receptor-Engineered NK-92 Cells: An Off-the-Shelf Cellular Therapeutic for Targeted Elimination of Cancer Cells and Induction of Protective Antitumor Immunity ↗ · 2017 · Zhang, Congcong et al. · indexed