Replication was used for disaster recovery purposes, using peer-to-peer replication with update conflict detection.
复制用于灾难恢复目的，这里将要使用带有更新冲突检测的对等式复制。
The common setup for SIP DRS is to simply have two servers per replication domain, essentially a peer to peer replication only.
SIPDRS的常见设置就是简单地为每个复制域配置两个服务器，实质上仅仅支持对等复制。
You will use the existing setup of peer-peer replication to become one of the server group (say server group 1, as shown in Figure 1).
使用现有的对等复制设置建立一个服务器组(比如图1所示的ServerGroup 1)。
If a failover occurs, both the SFSB and SIP Session will failover to the single peer in its replication domain.
如果出现故障转移，SFSB与SIP会话将故障转移到其复制域中的唯一对等计算机上。
Replication can proceed in a peer-based approach where registry updates from all other nodes can be obtained from any one node.
复制可以以一种基于对等的方式进行，在任何一个节点上都可以获得在其它所有节点上发生的注册中心更新。
In asynchronous mode, the write transaction is acknowledged after the write data is stored on the local node's storage; the replication of the data to the peer node occurs in the background.
在异步模式下，写数据被存储到本地节点存储中之后，写事务被认可；对等节点中的数据的副本出现在后台中。
In asynchronous mode, the write transaction is acknowledged after the write data is stored on the local node's storage; the replication of the data to the peer node occurs in the background.
在异步模式下，写数据被存储到本地节点存储中之后，写事务被认可；对等节点中的数据的副本出现在后台中。
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