1·Live Data stream monitoring.
直播数据流的监测。
2·Returns logical name of this batch data stream.
返回此批处理数据流的逻辑名称。
3·The first step is to obtain an XMLStreamReader for the data stream.
第一步是为数据流获得一个xmlstreamreader。
4·However, in the process AXIOM disconnects itself from the data stream.
但是这个过程中，AXIOM断开了自身和数据流的连接。
5·Because the entire data stream for the file arrives in a single packet.
因为这个文件的数据流是在一个单独的包内到达。
6·The FPGA decompresses the data stream, accelerating it by up to eight times.
FPGA解压数据流，可以将速度提升高达8倍。
7·Now take a look at the the reverse process — building an in-memory object model from a data stream.
现在看看相反的过程，从数据流建立内存对象模型。
8·Gregor used the "Pipes and Filters" pattern to enrich the data stream with geo data using Yahoo Pipes.
Gregor利用“管道和过滤器(Pipes and Filters)”模式，使用Yahoo Pipes充实了携带地理数据的数据流。
9·Vertices are read from the vertex data stream and are sequentially processed by the shader function.
从顶点数据流中读出顶点后，就由着色器函数来对其进行处理。
10·JSON4J can be used to format the data into a JSON data stream, which is then returned back to the client.
JSON 4 J可被用来将数据格式化为一个JSON数据流，它之后再被返回给客户机。