同时，它也支持多种数据转换和预览，比如解压缩GZIP、DEFLATE，或者BZIP2格式的文件，以及在预览面板里显示图片。
It also supports numerous transformations and previewers, e.g., unchunking and decompression via GZIP, DEFLATE ,or BZIP2, and displaying images directly within the preview pane.
您不需要额外的计划，健康的轨道捕获，格式转换，或音频压缩了。
You don't need extra program for sound track capture, format conversion, or audio compression anymore.
注意，导入到LotusNotes文档中的位图(BMP)图像可进行压缩；粘贴到Lotus Notes文档中的位图图像被转换成GIF或jpg格式。
Note that bitmap (BMP) images that are imported into a Lotus Notes document are compressed; bitmap images that are pasted into a Lotus Notes document are converted to GIF or JPG format.
如果数据为本进行编码转换和压缩的情况下，图块数据将被作为XML的子元素来存储，这是最容易解析的数据格式。
When no encoding or compression is given, the tiles are stored as individual XML tile elements. Next to that, the easiest format to parse is the "CSV" (comma separated values) format.
对虚拟人图像数据作多种二维处理，包括图像几何变换、灰度增强、格式转换和压缩、图像配准和分割。
Many methods are used to finish VCH planar image processing, including image geometry transform, gray-scale enhancement format transition and compression , image registration and segmentation.
多种输入和输出格式支持、详细参数设定、快速而精确的剪切编辑、视频格式转换、压缩、视频材料创建……众多功能不可尽数！
Supporting many input and output formats, detailed parameter settings, a fast and precise cut-edit function, video format conversion, compression, material creation and much more!
视频转码技术可以动态处理压缩码流，将一种格式的压缩码流转换为另一种格式的码流，是有效提供通用多媒体存取服务的手段。
The video transcoding can process the pre-compressed bit-stream dynamically and convert one compressed bit-stream to another, which is the effective way to provide UMA.
现在很多的宣称具有MPEG4压缩格式的监视产品，都只是在视频存储阶段采用软件实现视频流格式的转换。
But there are many products which assert using the style of MPEG4 only apply it to transit the other format of video picture to MPEG4 format in the video stores phase.
视频转码器可以满足上述需求，将一种压缩格式的视频码流转换为另一种压缩格式，如不同码率、不同分辨率、不同语法格式等。
A video transcoder is a device that converts video from one compressed format into another compressed format with different bitrate, resolution or syntax.
研究了电子束曝光机图形数据格式转换软件的分割、压缩算法 ，针对传统的图形数据分割、压缩算法存在的主要缺点 ，提出了新的分割算法和压缩算法 ，并对压缩算法进行了详细的论述和研究。
The paper, by using the transform characteristic of wavelet, mainly studies the method for image data compression in order to search for the new way of high proportion, high quality image compression.
研究了电子束曝光机图形数据格式转换软件的分割、压缩算法 ，针对传统的图形数据分割、压缩算法存在的主要缺点 ，提出了新的分割算法和压缩算法 ，并对压缩算法进行了详细的论述和研究。
The paper, by using the transform characteristic of wavelet, mainly studies the method for image data compression in order to search for the new way of high proportion, high quality image compression.
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