DrivingResearch.

infotainment

Built-in vehicle infotainment systems delivering entertainment and media: audio/radio/streaming, media control, and integrated touchscreen feature suites, and how they draw on driver attention. Concerns the embedded entertainment/media platform, distinct from a brought-in phone (mobile_phones), the dedicated navigation function (nav_systems), the display hardware (in_vehicle_displays), and phone-projection systems (smartphone_integration_carplay_aa).

Relevant standards

  • SAE J2831 — Development of Design and Engineering Recommendations for In-Vehicle Alphanumeric Messages

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

  1. Visual and Cognitive Demands of Using Apple CarPlay, Google’s Android Auto and Five Different OEM Infotainment Systems · 2018 · Esplin, J et al. · archived
  2. Effect of human–machine interface infotainment systems and automated vehicles on driver distraction ↗ · 2024 · Abbasi, Elahe et al. · indexed
  3. Visual and cognitive demands of using in-vehicle infotainment systems · 2017 · Cooper, JM et al. · archived
  4. A tactile interaction concept for in-car passenger infotainment systems · 2019 · Berger, Melanie et al. · archived
  5. Visual and cognitive demands of using in-vehicle infotainment systems · 2017 · Strayer, DL et al. · archived
  6. Visual and cognitive demands of using Apple's CarPlay, Google's Android Auto and five different OEM infotainment systems · 2018 · Cooper, JM et al. · archived
  7. Visual and Cognitive Demands of Using In-Vehicle Information Systems · 2017 · AAA Foundation for Traffic Safety et al. · archived
  8. Visual and cognitive demands of CarPlay, Android Auto, and five native infotainment systems ↗ · 2019 · Strayer, DL et al. · indexed
  9. The Impacts of Touchscreen and Physical Control Interface Characteristics on Driver Distraction and Attention Management ↗ · 2016 · Suh, Youngbo et al. · indexed
  10. Distraction Becomes Engagement in Automated Driving ↗ · 2015 · Miller, David et al. · indexed
  11. Visual and cognitive demands of using Apple's CarPlay, Google's Android Auto and five different OEM infotainment systems · 2018 · Strayer, DL et al. · archived
  12. Impact of Temporary Browsing Restrictions on Drivers’ Situation Awareness When Interacting with In-Vehicle Infotainment Systems · 2022 · Meyer, Jason et al. · archived
  13. Assessing the effects of in-vehicle tasks on driving performance ↗ · 2012 · Horrey, William J. · indexed
  14. Strategies for reducing driver distraction from in-vehicle telematics devices : a discussion document · 2003 · Transport Canada, Road Safety and Motor Vehicle Regulations Directorate · archived
  15. InShift: A Shifting Infotainment System to Enhance Co-Driver Experience and Collaboration · 2021 · Berger, Melanie et al. · archived
  16. Driver Distraction ↗ · 2014 · Bengler, Klaus · indexed
  17. Cognitive workload using interactive voice messaging systems ↗ · 2016 · Coleman, JR et al. · indexed
  18. Employing Emerging Technologies to Develop and Evaluate In-Vehicle Intelligent Systems for Driver Support: Infotainment AR HUD Case Study ↗ · 2021 · Charissis, Vassilis et al. · indexed
  19. Examining the effect of infotainment auditory-vocal systems' design components on workload and usability · 2019 · Biondi, FN et al. · archived
  20. How to make large touch screens usable while driving · 2013 · Rümelin, Sonja et al. · archived
  21. iPod distraction ↗ · 2007 · Salvucci, Dario D. et al. · indexed
  22. Effect of In-Vehicle Route Guidance Systems on Driver Workload and Choice of Vehicle Speed: Findings From a Driving Simulator Experiment ↗ · 2020 · Srinivasan, Raghavan et al. · indexed
  23. Using a user-independent approach for automotive human-machine interface assessment · 2018 · Biondi, F et al. · archived
  24. Considerations for the development of a driver distraction safety rating system for new vehicles · 2020 · Imberger, K · archived
  25. Mental workload of common voice-based vehicle interactions across six different vehicle systems · 2014 · Cooper, JM et al. · archived
  26. Intelligent Driver Support System Functions in Cars and Their Potential Consequences for Safety ↗ · 2019 · Pauzie, Annie et al. · indexed
  27. Advances in Human-Machine Systems for In-Vehicle Environments: Noise and Cognitive Stress/Distraction ↗ · 2011 · Hansen, John H.L. et al. · indexed
  28. Mitigating Driver's Distraction: Automotive Head-Up Display and Gesture Recognition System · 2019 · Lagoo, Ramesh et al. · archived
  29. Integrated Capabilities in Heavy Vehicles: Human Factors Research Needs [Summary Report] · 1998 · NHTSA · archived
  30. Driver Distraction Using Visual-Based Sensors and Algorithms · 2016 · Fernández, Alberto et al. · archived
  31. In-Vehicle Information Systems Demand Model (Research Update) · 2000 · Dingus, Tom et al. · archived
  32. Mental workload of voice interactions with 6 real-world driver interfaces · 2015 · Cooper, JM et al. · archived
  33. How Do Drivers Interact with In-Vehicle Information Systems in Everyday Driving? Evidence from Large-Scale Naturalistic Data ↗ · 2026 · Hilbert, Jan et al. · indexed
  34. Fatigue in the Automated Vehicle ↗ · 2014 · Neubauer, Catherine et al. · indexed
  35. Live Demonstration: In-Vehicle Auditory Signal Evaluation Platform in A Driving Simulator ↗ · 2023 · Sawa, Fuma et al. · indexed
  36. Private sector deployment of intelligent transportation systems : current status and trends · 2006 · Peirce, Sean et al. · archived
  37. Priority-Based Cloud Computing Architecture for Multimedia-Enabled Heterogeneous Vehicular Users ↗ · 2018 · Ali, Amjad et al. · indexed
  38. Rotational Drive-Versus-Quality and Video Compression-Versus-Delay Analysis for Multi-Channel Video Streaming System on Ground Combat Vehicles · 2021 · Yun, Jihyeok et al. · archived