advanced adj. 1.前进的,先驱的;高等的,高深的。 2.先进的。 3.(年纪)老的,(夜)深的。 most advanced branches of science and technology 尖端科学技术。 rather an advanced young woman 较先进的妇女。 a man advanced in years 老年人。 advanced age 高龄。 advanced grammar 高等语法。 advanced ideas 进步思想。 advanced post 前哨。 advanced studies 高等[先进]的学术研究。 a culturally advanced country 高度文明的国家。
Technology , advanced 3d noise reduction , and a 3d comb filter to accompany the integrated video decoder 技术,先进的针对集成视频解码器的三维降噪,三维梳妆滤波器。
The quality and competitive price of our products are insured by first - rank processing facility , advanced 3d cad designing software and perfect quality system 本公司以良好的加工设备,先进的三维cad设计软件,完善的质量体系,确保产品的质量和有竞争性的价格。
And the own design and realization of the display protocols were brought up by analyzing the internationally advanced 3d visualization work station and studying the display protocols " idea 并通过对国际上先进的三维影像工作站的分析,研究了显示协议的思想,提出了自己的显示协议的设计思路和显示协议的应用结果。
Moreover , advanced 3d fabric design and simulation system can be used to analyze fabric construction and function . the analysis results would be useful for the production of sophisticated design and functional fabrics for high - end markets 此外,先进的三维布料设计及模拟系统可用作分析布料的构造和功能,而分析结果有助生产精良的设计及功能性布料,以迎合高档市场的需要。
Although two dimensional visualization algorithms have been widely used in the engineering software , most of the advanced 3d methods are now still under research because it hardly meet the real - time requirement of engineer apply due to the complexity of three dimensional 二维数据场可视化的技术发展比较成熟,目前已经在各种工程计算软件中得到广泛的应用。但是三维数据场的可视化方法由于三维物体的复杂性还很难满足工程应用的要求,目前仍处于探索阶段。
The simulation of " flight mission 3d visualization of the unmanned aerial vehicle ( uav ) " fully absorbs and applies current advanced 3d visualization theory , simulates the characteristics of true 3d volumetric display technique which are full - vision , multi - angle and can be observed by many persons at the same time and so on . it displays the process of flight according to mission of uav by the online of four computers “无人机任务飞行的三维可视化”仿真充分吸收和运用当前先进的三维可视化理论,尽可能的模拟真三维立体显示技术的全视景、多角度、可供多人同时观察等的特点,通过四台计算机的联机,在同一时刻从各个不同的角度来显示无人机任务飞行的全过程。