灯与照明
燈與照明
등여조명
LIGHT & LIGHTING
2014年
2期
1-4
,共4页
隧道照明设计%脑电波%生理%心理因素%人机交互%AR技术
隧道照明設計%腦電波%生理%心理因素%人機交互%AR技術
수도조명설계%뇌전파%생리%심리인소%인궤교호%AR기술
tunnel lighting design%brain waves%physiological and psychological factors%the human-computer interaction%augmented reality
该文在分析现有公路隧道照明设计方法之后,发现现有设计方法在考虑人的生理、心理因素方面的不足。在介绍人的生理、心理因素如何通过脑电波反映出来,探讨人机交互的可能性的前提下,对AR技术(增强现实)在现今汽车工业中的发展做进一步的分析。最终以上述脑电波人机交互和AR增强现实技术来解决隧道照明中人的生理、心理因素的影响,进一步地提升隧道照明质量。
該文在分析現有公路隧道照明設計方法之後,髮現現有設計方法在攷慮人的生理、心理因素方麵的不足。在介紹人的生理、心理因素如何通過腦電波反映齣來,探討人機交互的可能性的前提下,對AR技術(增彊現實)在現今汽車工業中的髮展做進一步的分析。最終以上述腦電波人機交互和AR增彊現實技術來解決隧道照明中人的生理、心理因素的影響,進一步地提升隧道照明質量。
해문재분석현유공로수도조명설계방법지후,발현현유설계방법재고필인적생리、심리인소방면적불족。재개소인적생리、심리인소여하통과뇌전파반영출래,탐토인궤교호적가능성적전제하,대AR기술(증강현실)재현금기차공업중적발전주진일보적분석。최종이상술뇌전파인궤교호화AR증강현실기술래해결수도조명중인적생리、심리인소적영향,진일보지제승수도조명질량。
Based on the analysis of the existing highway tunnel lighting design method, it is concluded that people's physiological and psychological factors were considered insufficient in the existing design method considering. On the premise of introducing how the brain waves reflect by the physiological and psychological factors, and exploring the possibility of human?computer interaction, AR technology in today's auto industry development could be analyzed further. Ultimately, the tunnel lighting of human physiological and psychologi?cal factors can be solved by EEG human?computer interaction and AR augmented reality. And tunnel lighting quality can get further improvement.