Without this extra information, it would need to retransmit much more data and slow down its sending rate to accommodate what looks like a high-loss network.
如果没有这种附加信息，它需要重新传送大量的数据，这样会降低传送速率，从而适应高丢包率的网络。
On the other hand, in 1968 Dietrich Braess, a German operations researcher, discovered that adding routes to an already congested network will only slow it down.
另一方面，1968年，德国运筹学家迪特里希·布拉斯(2)发现，为已经拥堵的网络增加线路只会使其运行速度更慢，现在我们称其为布拉斯悖论。
In theory, WEP is supposed to make your network secure; in practice, it will only slow down intruders a little bit.
WEP理论上被认为会使您的网络很安全；实际上，它只会略微减缓入侵者的入侵速度。
Redundant copies of the same data, however, can waste storage space, slow down network performance and make accessing or restoring mission critical data more difficult.
相同的数据的冗余副本，然而，会浪费存储空间，减缓网络性能，使访问或恢复关键任务数据更加困难。
When there are large Numbers of multicast groups in the network, large forwarding tables induce large memory requirements and slow down the address look-up process.
当大量组播组并存于网络时，数量庞大的转发状态表占用了大量内存资源并且减缓了组播地址查询过程。
When there are large Numbers of multicast groups in the network, large forwarding tables induce large memory requirements and slow down the address look-up process.
当大量组播组并存于网络时，数量庞大的转发状态表占用了大量内存资源并且减缓了组播地址查询过程。
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