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Method and device for converting virtually concatenated data streams into contiguously concatenated data streams

机译:用于将虚拟级联的数据流转换成连续级联的数据流的方法和设备

摘要

A method and a device for converting virtually concatenated data streams into contiguously concatenated data streams, wherein the data is transmitted in containers and N containers are combined to form a multiframe, the virtually concatenated data streams consist of X partial data streams/channels, wherein containers which are allocated in each case to the same point in the multiframe are identified by evaluating a multi frame indicator of the container, the time shift of these identified containers of the partial data streams with respect to each other is measured, and in the event of a shift being present only leading containers are delayed so as to ensure that all containers are aligned with respect to time. Each channel (KA1, KA2, . . . ) is allocated a pointer interpreter (PI1, PI2), followed by a buffer memory (ES1, ES2) and a pointer generator (PG1, PG2), the pointer generators are synchronized with respect to each other, and each pointer generator is arranged for the purpose of controlling the reading out of the buffer memory associated with its channel, and a channel which is selected as the master channel (KA1) is provided with an overhead inserter (OI1).
机译:一种将虚拟级联的数据流转换为连续级联的数据流的方法和设备,其中,在容器中传输数据,并且将N个容器合并以形成多帧,虚拟级联的数据流由X个部分数据流/通道组成,其中,容器通过评估容器的多帧指示器来识别分别分配给多帧中相同点的容器,测量这些已识别容器的部分数据流相对于彼此的时移,并在发生以下情况时进行测量:仅在出现移位时才延迟领先的容器,以确保所有容器都相对于时间对齐。每个通道(KA1,KA2,...)都分配有一个指针解释器(PI1,PI2),后跟一个缓冲存储器(ES1,ES2)和一个指针生成器(PG1,PG2),指针生成器相对于为了控制与其通道相关联的缓冲存储器的读出,布置了每个指针发生器,并且被选作主通道(KA1)的通道设置有开销插入器(OI1)。

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