REVIEW OF FATIGUE DETECTION AND PREDICTION TECHNOLOGIES

Laurence R Hartley · Tim Horberry · Nick Mabbott · Gerald P. Krueger

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Sleep and Work-Related Fatigue Traffic and Road Safety Human-Automation Interaction and Safety

Abstract

This report reviews existing fatigue detection and prediction technologies. Data regarding the different technologies available were collected from a variety of worldwide sources. The first half of this report summarises the current state of research and development of the technologies and summarises the status of the technologies with respect to the key issues of sensitivity, reliability, validity and acceptability. The second half evaluates the role of the technologies in transportation, and comments on the place of the technologies vis-a-vis other enforcement and regulatory frameworks, especially in Australia and New Zealand. The report authors conclude that the hardware technologies should never be used as the company fatigue management system. Hardware technologies only have the potential to be a last ditch safety device. Nevertheless, the output of hardware technologies could usefully feed into company fatigue management systems to provide real time risk assessment. However, hardware technology output should never be the only input into a management system. Other inputs should at least come from validated software technologies, mutual assessment of fitness for duty and other risk assessments of work load, schedules and rosters. (a)

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References

1996Counteracting driver sleepiness: Effects of napping, caffeine, and placebo 1998EVALUATION OF TECHNIQUES FOR OCULAR MEASUREMENT AS AN INDEX OF FATIGUE AND THE BASIS FOR ALERTNESS MANAGEMENT 1997Suppression of sleepiness in drivers: Combination of caffeine with a short nap 1997The Three-Process Model of Alertness and Its Extension to Performance, Sleep Latency, and Sleep Length 1998Evaluation of ‘In-Car’ Countermeasures to Sleepiness: Cold Air and Radio

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