An all-region DVD player such as Apex is strongly recommended.

So you want to produce components used in DVD-ROM drives.

你要生产DVD光驱里面的零件.

Point out , The DVI Specification , is destined to promote growth in the FPD industry.

指出DVI标准必将促进FPD工业的发展.

The average vein diameter of DDVI was greater than DVI by ultrasonic Doppler ( P < 0 01 )

DDVI 组平均静脉管径显著大于DVI组,P<001.

DVI is important for realization of HDCP because it is the object forHDCP to protect.

作为高带宽数码内容保护应用的对象,数字视频接口规范对于高带宽数码内容保护的实现是至关重要的.

The implementation of test method is simply, so it's applicable to and research DVI chip.

测试结果表明,本文提出的测试方法原理清晰,易于实施,对测试设备的要求不高, 适用于DVI芯片的研发阶段.

The valve regurgitate flow usually occur in multiple mainveins in DDVI, and in femoral veins in DVI.

DDVI组发生返流瓣膜组合是以多条大静脉同时出现为主,而DVI组则以单根为主.

Building experimental platform, get performance data of the DVI-1 specification compliant analog VGA and digital DVI.

构建相关实验平台, 测得DVI—1.0皆容VGA接口以DVI数字接口的运行数据及相关信号波行.

Specification of digital video interface DVI 1.

简单介绍了数字视频接口DVI1.

Dvorak made a number of visits to England.

德沃夏克多次访问英国.

Dvorak also wrote a number of other symphonies and nine operas.

德沃夏克还写过许多其他的交响曲和九部歌剧.

Dvorak was interested in the folk music of both Europe and North America.

德沃夏克对欧洲和北美洲的民间音乐很有兴趣.

Embedded DVR system developing and releated application.

嵌入式(单片机)数码录像系统与相关应用程序开发.

Dynamic voltage restorer ( DVR ) is the most effective device for compensating voltage sags.

动态电压恢复器 ( DVR ) 是补偿电压凹陷最有效的装置,控制方式是其技术核心.

PC-Base DVR system developing and releated application.

计算器式数码录像系统与相关应用程序开发.

Dynamic Voltage Restorer ( DVR ) is considered as the most effective device to compensate the voltage sag.

动态电压恢复器 ( DVR ) 是目前补偿电压凹陷最为有效的装置.

In them, Dynamic Voltage Restorer ( DVR ) is a better device which can compensate voltage quality problems.

动态电压恢复器 ( DynamicVoltageRestorer,简写为DVR ) 是其中一种能够解决电压质量问题的装置.

High sensitivity Digital Video Recording ( DVR ) including Line-in Audio Recording, VoiceRecording thru Mic.

高清晰数字录音, 包括线录和麦克风录音.

According to different rendering technique, Virtual Endoscopy can be classified as SF and DVR.

根据绘制技术的不同, 虚拟内窥镜技术又可分为基于面绘制的虚拟内窥镜技术,和基于体绘制的虚拟内窥镜技术.

Furthermore , ray casting method is a basic method of DVR algorithm.

光线投射法又是三维直接体显示算法中最基本的一种方法.

Simulation results validate the real-time applicability of the method proposed for DVR.

仿真分析验证了这种方法的正确性,分析结果表明这种方法具有很好的 实时 性,适合DVR的 实时检测需要.