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Motion-induced interruptions and postural equilibrium in linear lateral accelerations.

P Matsangas1, M E McCauley, G Gehl

  • 1a Department of Operations Research , Naval Postgraduate School , Monterey , CA , USA.

Ergonomics
|March 21, 2014
PubMed
Summary

Motion-induced interruptions (MIIs) increase with higher sway acceleration. A new

Keywords:
human performance modellinglateral motionmotion-induced interruptionspostural equilibrium

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Area of Science:

  • Biomechanics
  • Human Factors Engineering
  • Motion Sickness Research

Background:

  • Motion-induced interruptions (MIIs) are critical in understanding human stability.
  • Previous research has explored the relationship between sway motion and MIIs.
  • A clear understanding of factors influencing MII occurrence is needed.

Purpose of the Study:

  • To re-evaluate the relationship between sway motion characteristics and MIIs.
  • To investigate the impact of lateral motion frequency and acceleration on MIIs.
  • To introduce and validate the concept of 'probable' MIIs.

Main Methods:

  • Simulated lateral tipping motion experiments were conducted.
  • Analysis focused on the frequency and acceleration of motion stimuli.
  • A mathematical model was developed to predict MII occurrence.
  • Comparison between 'definite' and 'probable' MIIs was performed.

Main Results:

  • MIIs occurrence significantly correlates with peak sway acceleration.
  • Sway frequency's effect on MIIs is less pronounced than acceleration.
  • Complex multidirectional motions induce more tipping MIIs than unidirectional ones.
  • 'Probable' MIIs were 16-67% more frequent than 'definite' MIIs.
  • The developed model predicted observed MIIs with <9% error.

Conclusions:

  • Sway acceleration and motion complexity are key factors in MII occurrence.
  • The 'probable' MII concept refines the understanding of balance loss.
  • Future research should integrate acceleration, frequency, and complexity.
  • The mathematical model provides a reliable tool for MII prediction.