| 1. | For the stream file , enter
流文件部分，输入 |
| 2. | Stream file object
串流档案对象 |
| 3. | Of course , stream files also support downloading of the whole file to the hard disk before it is broadcasted
当然，流式文件也支持在播放前完全下载到硬盘。 |
| 4. | Are stream files from the ifs that appear as local hard drives in the network server environment
是网络服务器环境中看起来像本地硬盘驱动器、来自ifs的流文件。 |
| 5. | For the stream file , enter the full path to the linux ppc kernel most likely provided on the cdrom
流文件部分，输入linux ppc内核的完全路径（大部分情况下会在cdrom上给出） 。 |
| 6. | Spaces are stream files from the ifs that appear as local hard drives in the network server environment . launch the
（ network server storage space ）是ifs中的流文件，在网络服务器环境中就像是本地硬盘驱动器。 |
| 7. | Is the main function , and takes a url and an optional output stream file - like object , defaulting to system output the console
是主函数，负责接收url和可选的输出流（类似文件的对象） ，默认输出流为系统输出（控制台） 。 |
| 8. | Note : if the stream file is not in the qsys . lib file system , a temporary physical file will be created to contain the data of the stream file
不知是我理解有问题还是系统”欺骗“了我，呵呵，有过类似案例处理经验的朋友请指点一二，多谢！ |
| 9. | The paper analyses the meanings of the traffic engineering . for the history background of the ip network it is necessary to carry out traffic engineering in internet now . i have compared several different schemes of traffic engineering in the paper . the overlap model is not fit for the traffic engineering because of the inherent limitation . we point out that the aimd algorithm is not fit for transfers of real - time streaming file because the aimd algorithm can not keep the flow steady
本文分析了流量工程的含义；从ip网络的历史背景，指出了当前internet网络实施流量工程的必要性；对比了几种不同的流量工程方案，重叠模型由于其固有的局限，不适合于流量工程；在传输层上，本文分析了aimd (加性增加乘性减少)算法在保持数据流稳定性上的缺点，这和当前迅速发展的媒流体文件传输不相适应。 |
