Switching parity regarding cores 0 and 1 also seems to make no difference with larger packets.
切换关于核心0和1的奇偶校验看起来也与较大的数据包没有什么不同。
At the edge node, how to arrange the channel resource for burst packets, is the key item for optical burst switching network.
在光突发交换网络的边缘节点，如何为各待发数据包分配信道资源，是光突发交换网络中的关键问题。
Packet switching does have the problem that it takes a little time to break up the data "conversations" into many packets, send them on their different ways and then reassemble them at the other end.
分组交换也有缺点，需要花一些时间将数据“通话”拆分为多个分组，使用不同通道传输这些分组，然后在接收端将分组重新组装。
In the packet switching network, packet scheduling algorithms in the routers and switches decide how to serve packets, admission control algorithms decide bandwidth reservation and release.
在分组交换网络中，分组调度算法在交换机和路由器中决定着分组的服务规则，而接入允许控制算法则决定着带宽资源的预留和释放。
Void data filling is usually used to pad the bursts (i. e. burst data packets) of OBS (Optical burst Switching) networks to required minimum length.
在光突发交换(OBS)网络中，通常采用填充无效数据的方法来达到突发包最小包长要求。
Void data filling is usually used to pad the bursts (i. e. burst data packets) of OBS (Optical burst Switching) networks to required minimum length.
在光突发交换(OBS)网络中，通常采用填充无效数据的方法来达到突发包最小包长要求。
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