M-JPEG

A Video Streaming Transport Architecture Based on M-JPEG and Its Application

一种基于M-JPEG的视频码流传输方案及其应用

This system combined Socket Technology , Fire Detection Technology , Human body Recognition Technology , and M-JPEG technology .

该系统结合了Socket技术、火灾探测技术、人形物体识别技术、M-JPEG图像压缩技术。

A low-power wireless camera based on M-JPEG

基于M-JPEG的无线低功耗监控摄像装置

It is showed that signs of DCT coefficients can be acquired from the M-JPEG code stream .

而M-JPEG的码流特点表明在压缩码流中可以获得每帧的DCT系数的符号。

Several video coding methods suitable to the traction power system , such as M-JPEG , MPEG-1 and H.263 are analyzed .

分析MJPEG，MPEG1和H263等适合牵引供电系统的几种视频编码方法；

For example it can serve a single JPEG file of the input plugin , or stream them according to existing M-JPEG standards .

例子是，你可以访问从输入plugin（见上文）获得的JPEG文件，或者按照M-JPEG标准编码他们。

The procedures of the discrete cosine transform , quantization , moving compensating prediction technology and compressing code etc. are discussed . The deficiency and superiority of M-JPEG and MPEG ⅱ IBP are analyzed .

介绍了M-JPEG和MPEG的压缩过程，论述了离散余弦变换、量化、运动补偿预测技术、压缩编码等步骤，并分析了M-JPEG和MPEGIBP存在的不足和优势。