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BMBF-Project VOLIFA 2020-High Resolution Light Distribution by Using a LCD

机译:BMBF-Project Volifa 2020高分辨率光分布通过使用液晶显示器

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The market is requesting more and more headlight systems with increasing resolution.The high resolution is needed to be able to implement new lighting functions to improve traffic safety when driving at night or dusk.To realize a significant increase in traffic safety, the headlight systems must be able to subdivide the area in front of the vehicle in thousands of small areas (pixel).The higher the resolution, the better the realizable lighting functions.To reach this goal, the German Federal Ministry of Research and Education (BMBF) will be sponsor the research project "VoLiFa2020".Over the period of three years the partner Elmos Semiconductor AG, Merck KGaA, the Porsche Engineering Group, Schweizer Electronic AG, the University of Paderborn and HELLA will be working to develop a fully adaptive automobile headlight system based on a liquid crystal display (LCD).This paper will point out the approach and the goals of the VoLiFa 2020 Project including first research results.Furthermore system advantages and end customer benefits will be discussed as well as the fundamental problem of efficiency.Also the intriguing question "what is the optimal number of pixels for a high resolution headlight system?" will be discussed.In connection with this, the paper will close with an outlook on the next steps to bring this approach into series production including a possible time schedule.
机译:该市场正在要求越来越多的大灯系统越来越多的分辨率。需要高分辨率,以便能够在夜间或黄昏时提高交通安全来改善交通安全。要实现交通安全的显着增加,但大灯系统必须能够在千里的千里(像素)中细分车辆前面的区域。该分辨率越高,可实现的灯光函数越好。达到这一目标,德国联邦研究和教育部(BMBF)将是赞助研究项目“Volifa2020”.Over三年的伙伴Elmos Semiconductor AG,Merck Kgaa,Porsche Engineering Group,Schweizer Electoric AG,Schweizer Electronic AG,Coperborn和Hella大学将致力于开发一个完全自适应的汽车前灯系统在液晶显示器(LCD)上。本文将指出Volifa 2020项目的方法和目标,包括第一研究结果。繁多将讨论系统优势和最终客户的好处以及效率的根本问题。所以有趣的问题“高分辨率大灯系统的最佳像素是什么是什么?”将讨论。在此连接中,本文将与下一步的展望结束,以将这种方法带入串联生产,包括可能的时间表。

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