According to the generating mechanism of dynamic false contour in alternating current plasma display panels (AC PDP), a motion image brightness perception model, which coincides with eye-tracing integration effect and subfield partition in AC PDP, was established, and a novel method for evaluating the dynamic false contour based on this model was proposed.
针对交流等离子体显示器(ACPDP)运动图像动态假轮廓的产生机理,建立了基于子场划分的ACPDP运动图像亮度感知模型,并在该模型的基础上提出了ACPDP运动图像动态假轮廓的评测方法。
In order to overcome the shortcoming that conventional stretched out code needs more subfields to remove the dynamic false contour (DFC)of motion image in color plasma display panel (PDP), a new method is proposed to optimize the stretched out code by adding fine adjusting code to its end and by using error diffusion to optimize and reduce the subfields.
为了解决常规的线性延伸编码在消除动态假轮廓时需要子场数目多的不足 ,从动态假轮廓的成因入手 ,在常规的线性延伸编码尾部添加微调码 ,对其进行了改进和优化 ;为了维持原有的子场数目 ,引入了误差扩散技术 。
In order to reduce dynamic false contour (DFC) in color plasma display panel (PDP), the primary cause of DFC and distance method for evaluating DFC are analyzed.
为减小彩色等离子体显示器(PDP)的动态假轮廓(DFC),在分析DFC产生的主要原因和距离法评价DFC的基础上,根据人眼视觉对亮度响应的特性,提出了一种评价DFC的新方法———相对比值法。
The dynamic false contour (DFC)of motion image will appear in color plasma display panel(PDP)that uses subfield technology to display g ray scales.
采用子场技术来实现灰度显示的彩色等离子体显示器(PDP),在显示运动图像时出现动态假轮廓现象,增加子场数减少主子场权重,并优化子场排列顺序是一种行之有效的减少动态假轮廓的方法,其缺点是子场数目多。
Elaiophylins, new cell cycle inhibitors and apoptosis inducers, produced by Streptomyces pseudoverticillus II. Structures and biological properties;
假轮枝链霉菌 Streptomyces pseudoverticillus产生的Elaiophylin类新细胞周期抑制剂及细胞凋亡诱导剂Ⅱ.化学结构及生物活性(英文)
Elaiophylins, new cell cycle inhibitors and apoptosis inducers, produced by Streptomyces pseudoverticillus I. Taxonomy, production and isolation;
假轮枝链霉菌 Streptomyces pseudoverticillus产生的 elaiophylin类新细胞周期抑制剂及细胞凋亡诱导剂 I. 菌种鉴定、发酵生产及提取分离(英文)
Three elaiophylins isolated from the culture broth of Streptomyces pseudoverticillus YN17707 were identified as elaiophylin(1),11 O monomethylelaiophylin(2),and efomycin G(3) by the spectroscopic study and their 1H and 13 C NMR spectra were fully analyzed by the use of 2D NMR techniques.
通过波谱及X 线晶体结构分析 ,将从假轮枝链霉菌Streptomycespseudoverticillus发酵物中分得的 3个elaio phylin类化合物分别鉴定为elaiophylin(1)、11 O monomethylelaiophylin(2 )和efomycinG(3) ,并利用 2DNMR技术对化合物 1~ 3的1H及13C NMR进行了详细解析 ,为今后该类新化合物的结构研究提供了有用的、详尽的NMR研究数
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