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1·OSPF was designed to support variable-length subnet masking (VLSM).

OSPF 设计为支持可变长度子网掩码。

2·Check the subnet masks for consistency.

检查子网掩码，以确保一致。

3·A domain usually pertains to the same subnet.

一个域通常属于同一个子网。

4·A subnet is identified by a subnet IP and mask.

子网由子网ip和掩码进行标识。

5·Netmask (also known as subnet mask) : 255.255.255.0.

掩码(也称为子网掩码)：255.255.255.0。

6·Both the CECs are connected to the same the network or subnet.

两个CEC连接同一网络或子网。

7·Private subnet configuration between head node and compute nodes.

配置头节点和计算节点之间的子网。

8·The HCAs, InfiniBand cables, and InfiniBand switch form a subnet.

InfiniBand 电缆和 InfiniBand 交换机形成一个子网。

9·A Windows client machine in the same subnet as the Samba server is required.

需要一台与Samba服务器在同一子网中的Windows客户机。

10·One thing I find very confusing about this tool is the Subnet Mask entry.

有一件事我觉得很困惑这个工具是子网掩码条目。

子网

1·OSPF was designed to support variable-length subnet masking (VLSM).

OSPF 设计为支持可变长度子网掩码。

2·You need to specify the number of nodes you want to use and the subnet they will use.

我们需要指定集群中想要使用的节点的个数，以及它们所使用的子网。

3·So, although you can change the media speed and duplex on the physical interface, you set up the IP address and subnet on the logical interface.

因此，尽管可以在物理接口上修改介质速度和双工模式，但是要在逻辑接口上设置IP地址和子网。

4·A domain usually pertains to the same subnet.

一个域通常属于同一个子网。

5·Therefore the subnetting rules for boot, service and persistent labels are such that there will never be a duplicate subnet route created by the placement of these addresses.

因此，这些地址的安排不会产生重复的子网路由，这是由引导、服务和持久化标签的子网规则决定的。

(1)subnet maskn. 子网掩码