微型固态灯。超级鲜艳的红色(峰值波长660纳米)。镜头类型红色扩散。
Subminiature solid state lamp. Super bright red (peak wavelength 660 nm). Lens type red diffused.
微型固态灯。超级明亮的绿色（峰值波长565纳米）。镜头类型，水质清澈。
Subminiature solid state lamp. Super bright green (peak wavelength 565 nm). Lens type water clear.
实验结果表明，本文算法能有效识别多种镜头类型，对视频分析、检索等具有一定实用价值。
The experimental results show the effectiveness of the proposed algorithm, from which the performance of video analysis and retrieval can be expected to benefit.
它具有的特色功能包括，为镜头添加标题和描述，拍摄长度的计划和顺序的调整，拍摄类型注释：视频、静态画面、音频、音乐、标题等等。
It features the ability to enter shot titles and descriptions, complete with planned lengths and edited order, indicate shot types: video, still, audio, music, or titles and much more.
动画总监分配镜头时，通常把该镜头中动画的类型与动画师的个人特长进行匹配。
The supervising animators usually assign a shot by matching the kind of animation called for in the shot with an animator's strengths.
本文主要针对新闻节目、风景片、打斗片、体育视频中的篮球比赛、足球比赛、乒乓球比赛六种常见的镜头在类型层次上对其进行分类。
In this paper, we classify shots in the level of type in connection with six types of shots which are shots of news, landscape, fighting, basketball games, football games, and Ping-Pong games.
该算法只需要通过直接抽取MPEG视频流中的B帧、P帧中的宏块类型信息，并对其进行计算就可以检测出视频中存在的镜头边界，从而对场景变换进行精确定位。
The proposed method can detect scene boundaries through using various macroblock type of B-frame and P-frame in MPEG video flow in order to realize accurate scene change positioning.
该算法只需要通过直接抽取MPEG视频流中的B帧、P帧中的宏块类型信息，并对其进行计算就可以检测出视频中存在的镜头边界，从而对场景变换进行精确定位。
The proposed method can detect scene boundaries through using various macroblock type of B-frame and P-frame in MPEG video flow in order to realize accurate scene change positioning.
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