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What is Simulator Sickness? The report of illness or associated with - PowerPoint PPT Presentation

What is Simulator Sickness? The report of illness or associated with the use of simulation devices Similar to, but NOT motion sickness Symptoms include Eye strain Vertigo Headache Sweating Postural Instability


  1. What is Simulator Sickness? • The report of illness or associated with the use of simulation devices • Similar to, but NOT motion sickness • Symptoms include – Eye strain – Vertigo – Headache – Sweating – Postural Instability – Nausea – Vomiting – Sweating – Disorientation

  2. What is Simulator Sickness? • Is it… – a mismatch between a visual illusion and equilibrioception lack of illusion of movement? – a false positive poison response?

  3. Why Do We Care? • It’s common: • Half of Pilots in Flight Sims (Kolasinski,1995) • Half of Undergrads playing Halo (Merhi, 2007) BUT Cybersickness != Sim Sickness (Stanney et al, 1997)

  4. Why Do We Care? • Training “ The revelation has been put forward in Germany as a reason for the 42 year- old’s disappointing performances on his return to the sport in 2010 after a three- year hiatus. The theory is that Schumacher’s team mate Nico Rosberg, a young buck at 25 and one of the so- called ‘Playstation Generation’, can spend hours on Mercedes’ simulator with no ill-effects while Schumacher arrives at races ill-prepared and has to begin with a basic set-up. A team statement read “Throughout his career, Michael from time to time has been susceptible to simulator sickness which has affected the length of time that he can spend on a simulator,” read a team statement. “This is a relatively common occurrence for many people in all fields of simulator activity including military, aircraft and racing cars.” (Telegraph.co.uk, 2011)

  5. Why Do We Care? • A Future Full of Simulation & Teleoperation

  6. Why Do We Care? • Confounds for Researchers? • Yes (Bittner, Gore & Hooey, 1997, Casali, 1986) • No (Rizzo et al, 2003)

  7. Why Do We Care? • Lost Participants: – Current UCF Poll: 15-25 % • Systematic trends of loss: – More discomfort in women (Mourant & Thattacherry, 2000) – More discomfort in novice drivers (Bedard et al, 2010) • Cleaning the simulator: – Enough said

  8. How Do We Detect Simulator Sickness? • Simulator Sickness Questionnaire (SSQ; Kennedy et al., 1993) – A Laundry List of Symptoms

  9. Wait… What About Priming? • Priming – exposure to a stimulus influences a response to a later stimulus (Neely, 2003) • Words associated with an elderly stereotype slow down the rate at which participants walk to an elevator upon leaving the laboratory (Bargh, Chen, & Burrows, 1996)

  10. Totally Irrelevant

  11. Wait… What About Priming?

  12. Wait… What About Priming? Is the SSQ priming the symptoms it tests?

  13. The Setup • Hypothesis • Method – Built on top of existing – Ss in the Max research condition will have – 2 Conditions between higher rates of Ss Simulation Sickness – Manipulated presence symptomology, as of pre-SSQ, Detail of measured by the Warning & Check-up post SSQ, than Min. Max Sim Sick Min Sim Sick Pre SSQ - Detailed Warning Minimal Warning Between Trial Check - Post SSQ Post SSQ

  14. The Setup • Participants • Undergraduate students at a large southeastern university • N=33 (Max= 17, Min= 16) • Apparatus • Five driving tasks in a GE iSim PatrolSim fixed platform driving simulator

  15. The Setup • Procedure • Informed consent and brief overview of the study • Forewarned • Description of simulator sickness • Pre-SSQ • 5 driving tasks » In between each drive, they were asked how they were feeling • Post-SSQ • Not forewarned • Told that simulator sickness is possible • 5 driving tasks • Post-SSQ

  16. The Payoff • Results SSQ Composite Score • Participants in the forewarned condition (M=11.22, SD= 21.89) reported lower levels of sickness and fewer symptoms than participants who were not forewarned (M= 27.58, SD= 21.45), t(33)= 2.23, p=0.03.

  17. The Payoff • Hypothesis was not supported • BUT  Participants who were not forewarned actually reported higher levels of sickness than those who were forewarned

  18. But Why!

  19. But Why! • Participants • Undergraduate students at a large southeastern university • N=33 (Max= 17, Min= 16) • Apparatus • Five driving tasks in a GE iSim PatrolSim fixed platform driving simulator • Procedure • Informed consent and brief overview of the study • Forewarned • Description of simulator sickness • Pre-SSQ • 5 driving tasks » In between each drive, they were asked how they were feeling • Post-SSQ • Not forewarned • Told that simulator sickness is possible • 5 driving tasks • Post-SSQ

  20. But Why! • Why did this occur? » In between each drive, they were asked how they were feeling • By reassuring the researcher (and thus, themselves) they were fine, they were priming themselves • Demand characteristics? • Cognitive dissonance? • Rehearsal? • This may yet be priming…

  21. The Future (is now) Max Sim Sick 2SSQ Min Sim Sick Pre SSQ Pre SSQ - Detailed Warning Minimal Warning Minimal Warning Between Trial Check - - Post SSQ Post SSQ Post SSQ

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