液晶与显示, 2018, 33 (6): 457, 网络出版: 2018-07-31
TFT-LCD技术发展趋势浅析
Key technology trends analysis of TFT-LCD
物联网 智能显示 高画质 低功耗 功能集成 internet of things intelligent display high display quality low power-consumption functions integration
摘要
科技的进步将我们带入了万物互联的(Internet Of Things,IOT)时代,随着人工智能、大数据的发展,我们将逐步从弱人工智能向强人工智能、甚至超级人工智能时代迈进。作为物联网终端信息的出入口,显示装置也将向智能化的方向延伸,即为智能显示。一方面,通过性能指标的提升,确保显示效果无限逼近真实世界,实现“零误差输出”;另一方面,可以感知人类的情感状态并根据人的意愿而自动实时地切换其所呈现的信息,实现“人机互动”。本文将从高画质、低功耗、功能集成等多个角度详细阐述智能化需求趋势下TFT-LCD的技术发展趋势并对后续需要重点关注的技术发展方向给出了一些建议,希望以此推进智能显示快速发展,从而满足人工智能时代对显示的新需求。
Abstract
The progress of science and technology brings us into the Internet Of Things(IOT) age which is characterized by the interconnectivity of all things. With the development of artificial intelligence and the big data, we will gradually move from junior artificial intelligence to senior artificial intelligence and even super artificial intelligence in the near future. As the terminal information gate of the IOT era, the display devices will also extend to the intelligent direction, which is the intelligent display. On the one hand, through the specifications’ promotion of display products, it ensures that the display effect is limitless approaching the real world and achieving "zero error output". On the other hand, we can perceive the emotional state of human beings and automatically switch the information they present in real time according to their wishes, and then realize "human-machine interaction". This article elaborated the development trend of TFT-LCD technology and technology development directions of the future from the high quality, low power consumption, function integration and other aspects, and also summarized some suggestions that need to be focused on, hoping to promote the rapid development of intelligent display, so as to meet the new demands of the era of artificial intelligence display.
刘莎, 王丹, 杨照坤, 冯翔, 孙晓, 邱云, 董学. TFT-LCD技术发展趋势浅析[J]. 液晶与显示, 2018, 33(6): 457. LIU Sha, WANG Dan, YANG Zhao-kun, FENG Xiang, SUN Xiao, QIU Yun, DONG Xue. Key technology trends analysis of TFT-LCD[J]. Chinese Journal of Liquid Crystals and Displays, 2018, 33(6): 457.