The invention relatively conveniently maintains, detects and upgrades the node master channel on the condition of ensuring normal running of existing service transmission.
本发明实现了在保证光网络现有业务传输正常进行的情况下,较为方便地对节点主用通道进行维护、检测、升级等操作。
Each data packet is transmitted on a different frequency channel, following a pseudo-random hopping sequence determined by the device address of the master device.
在一个由主设备的设备地址决定的伪随机跳频序列的指引下,每一个数据包都经由不同的频率信道来传输。
The storage server is connected to the master and backup nodes with a high speed myrinet or fibre-channel connection, as shown in Figure 2.
存储服务器通过高速 myrinet 或者光通道连接到主节点和 备份节点,如图 2 所示。
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