题名: |
TNO Contribution to the Quest 303 Trial - Human Performance Assessed by a Vigilance and Tracking Test, a Multi-Attribute Task, and by Dynamic Visual Acuity (TNO Bijdrage aan het Quest 303 Onderzoek) |
作者: |
Bos, J E;Valk, P J;Hogervorst, M A;Munnoch, K;Perrault, D;Colwell, J L; |
关键词: |
SHIP MOTION, ZSHIP MOTIONZ, MOTION SICKNESS, ZMOTION SICKNESSZ, PERFORMANCE HUMAN , ZPERFORMANCE HUMANZ, VIGILANCE, ZVIGILANCEZ, VISUAL ACUITY, ZVISUAL ACUITYZ, TRACKING, ZTRACKINGZ, VISION, ZVISIONZ, NETHERLANDS, ZNETHERLANDSZ, EXPERIMENTAL DATA, ZEXPERI |
摘要: |
A multi-national sea trial on the effects of ship motions on human performance was performed off the coast of Canada, in early 2007. Primary goal: To obtain subjective and objective measures for human task performance, possibly affected by real ship motion. TNO participated with a Vigilance and Tracking Test, a Multi-Attribute Task, and a Dynamic Visual Acuity test. The experiment was conducted in three phases: a pre-exposure phase in harbour, an exposure phase at sea, (sea conditions varying from calm to low sea state six) and a post-exposure phase in sheltered waters to re-examine baseline performance. Experiment schedule and protocol are described, motions and wave conditions encountered during the trial, and the results of the Dutch tests are presented. Results: Cognitive performance and visual acuity are impaired by ship motion. This seems to be caused by seasickness in particular, possibly even more so than by ship motion per se. Tracking was affected only by sickness, and not by motion itself. Apart from showing that DVA is of value to further quantify human performance, these data also support the development of an onsite fit-to-perform screening tool based on DVA. |
总页数: |
33 |
报告类型: |
科技报告 |