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Multi-view image transmission system and method, multi-view image compression apparatus and method, multi-view image decompression apparatus and method, and program
Multi-view image transmission system and method, multi-view image compression apparatus and method, multi-view image decompression apparatus and method, and program
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机译:多视点图像传输系统和方法,多视点图像压缩设备和方法,多视点图像解压缩设备和方法以及程序
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摘要
PROBLEM TO BE SOLVED: To provide a multi-visual point image transmission system and a method, a multi-visual point image compression apparatus and a method, and a multi-visual point image decompression apparatus and a method, by which a multi-visual point image can be efficiently compressed and transmitted while utilizing of the configurations of various planar motion picture CODEC LSIs developed up to now by little changing them.;SOLUTION: 1st-Nth eye images 1011-101N constituting a stereoscopic image are spatially disposed and multiplexed into one image in a stereoscopic image multiplexing part 104, and the image is then compressed in a multiplexed image compressing part 105. Motion vector information to be found in that case is decomposed into an offset vector and a local motion vector in a motion vector decomposing part 106 and inserted into a motion picture stream. The motion picture stream is transmitted via a transmitting/recording part 107, received by a receiving/reproducing part 108, and decompressed by a multiplexed image decompressing part 109. In that case, one motion vector is synthesized from the local motion vector and the offset vector by a motion vector synthesizing part 110, and the motion vector information is used to restore the multiplexed image. The decompressed multiplexed image is demultiplexed into 1st-Nth eye images 1121-112N by a stereoscopic image demultiplexing part 111.;COPYRIGHT: (C)2005,JPO&NCIPI
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机译:解决的问题:提供一种多视点图像传输系统和方法,多视点图像压缩设备和方法,以及多视点图像解压缩设备和方法,通过它们,可以实现只需稍加改动,就可以利用目前开发的各种平面运动图像编解码器LSI的配置,有效地压缩和传输点图像。解决方案:第1至第N眼图像101 1 Sub> -101 N Sub>在立体图像多路复用部分104中在空间上放置并多路复用为一个图像,然后在多路复用图像压缩部分105中对图像进行压缩。在这种情况下要找到的运动矢量信息是在运动向量分解部分106中将其分解为偏移向量和局部运动向量,并插入运动图像流中。运动图像流通过发送/记录部分107发送,由接收/再现部分108接收,并由多路复用图像解压缩部分109解压缩。在这种情况下,从局部运动向量和偏移量合成一个运动向量。通过运动矢量合成部分110进行矢量变换,并且运动矢量信息用于恢复多路复用图像。通过立体图像多路分解部分111将解压缩的多路复用图像多路分解为第一至第N眼图像112 1 Sub> -112 N Sub>。版权:(C)2005,JPO&NCIPI
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