Lotus Domino mail server configuration and results.
LotusDomino邮件服务器配置和结果。
Table 6 shows the hardware and software configurations for the Lotus Domino mail server.
表6显示LotusDomino邮件服务器的硬件和软件配置。
Tables 7 and 8 show the hardware and software configurations for the Lotus Domino mail server.
表7和8显示了LotusDomino邮件服务器的硬件和软件配置。
The following tables show the hardware and software configurations for the Lotus Domino mail server.
下表展示LotusDomino邮件服务器的硬件和软件配置。
When increasing the number of users from 1,000 to 2,000, we measured 8 percent relative processor usage increase on the Lotus Domino mail server.
当将用户数量从1,000增为2,000时，我们度量了LotusDomino邮件服务器上的8%的相对处理器使用增量。
The Lotus Domino mail server was configured for 6000 mail users, out of which 4000 mail users simulated Lotus Notes client traffic using N8Mail workload.
LotusDomino邮件服务器上配置了 6000 个邮件用户，其中 4000 个邮件用户使用N8Mail工作负载模拟了 LotusNotes客户端流量。
The Lotus Domino mail server was configured for 6000 mail users, out of which 4000 mail users simulated Lotus Notes client traffic using the N8Mail workload.
LotusDomino邮件服务器按6000个邮件用户配置，其中4000个邮件用户使用n 8 Mail工作负载模拟LotusNotes客户机流量。
The Lotus Domino mail server was configured for 5100 mail users, out of which 4000 mail users simulated Lotus Notes client traffic using the N8Mail workload.
LotusDomino邮件服务器按5100个邮件用户配置，其中4000个邮件用户使用n 8 Mail工作负载模拟LotusNotes客户机传输。
The Lotus Domino mail server was configured for 5500 mail users, of which 4000 were mail users simulating Lotus Notes client traffic using the N8Mail workload.
LotusDomino邮件服务器上配置了5500个邮件用户，其中4000个邮件用户使用n 8 Mail工作负载模拟了LotusNotes客户端流量。
The NotesBench workload generators simulate Lotus Notes client activity by sending mail to random users in the test set and causing other activity on the Lotus Domino mail server.
NotesBench工作负载生成器通过随机向测试组内的用户发送电子邮件和导致LotusDomino邮件服务器上的其他活动模拟LotusNotes客户机活动。
The results described here demonstrate the scalability of the Domino mail server with DB2 storage for user mail files that are large enough to represent typical enterprise mail deployment.
此处描述的结果展示了对用户邮件文件使用DB 2存储的Domino邮件服务器的可伸缩性，其中的用户邮件文件大小足以代表典型的企业邮件部署。
You can configure the Lotus Domino environment using a Server Configuration document so that the router limits users' ability to have messages routed to their mail database.
可以使用服务器配置文档来配置LotusDomino环境，以便路由器限制用户向他们的邮件数据库传递消息的能力。
After the Exchange users and their mail data have been migrated to the Domino server, they're ready to configure and install the DAMO client.
在已经将Exchange用户及其邮件数据迁移到Domino服务器之后，也就做好了配置和安装DAMO客户机的准备。
For the most part, the tests used the default Settings of the Lotus Domino server and mail template.
对于绝大部分设置，测试使用LotusDomino服务器和邮件模板的默认设置。
The next level of complexity is the scenario in which there are multiple servers in a Lotus Domino cluster, but each mail file isn't located on every server in that cluster.
更加复杂的级别是在LotusDomino集群中有多个服务器的方案，但不是集群中的每个服务器中都存储所有邮件文件。
The DAMO client will open and data will begin replicating from the Domino server mail file to the DAMO client.
打开DAMO客户机，然后开始把数据从Domino服务器邮件文件复制到 DAMO 客户机。
The Domino Web server stores the user's mail database, which contains personal data to be displayed, such as messages, calendar entries, and views.
DominoWeb服务器存储用户的邮件数据库，该数据库中包含一些将显示的个人数据，比如消息、日历条目和视图等。
This shows what to expect in migration scenarios where the conversion of the user mail files to the Domino 7 template may occur later than the server upgrade.
这些结果可以说明，在将用户邮件文件转换成Domino7模板而不是对服务器进行升级这种迁移情况时，我们可以期望获得的改进结果。
Prior to setting this parameter, Lotus Domino would establish a session to a mail server to which it was transferring a message, authenticate, send the message, and then drop the session.
在设置该参数之前，LotusDomino需要建立与接收消息的邮件服务器的会话，进行认证，发送消息，然后撤销会话。
The cluster consisted of two active Domino servers replicating their mail files to one standby server for failover purposes only (no load balancing).
这个集群有两个活动Domino服务器，仅在出现故障时将它们的邮件文件复制到一个备用服务器（没有负载平衡）。
If you download the sample application and run it on your own server, your version of the Domino mail database may have different placement of columns in the mail views.
下载示例应用程序并在您自己的服务器上运行时，您所用版本的Domino邮件数据库的邮件视图内的列布局可能有所不同。
This is the subdirectory of the Lotus Domino data directory on the server that contains the simulated users mail databases - n this case the mail subdirectory.
这是服务器上LotusDomino数据目录中的子目录，其中包含模拟用户的邮件数据库 ——在这里是邮件子目录。
This notification sent by the Domino server triggers the Notes client to replicate the mail file, bringing the new message into the local mail replica.
由Domino服务器发送的通知将触发Notes客户机来复制邮件文件，并将新消息带到本地邮件副本中。
For Lotus Domino 7, we worked extensively to provide a scalable Domino server with DB2 storage for storing Domino data a "both mail files and application data."
对于LotusDomino7，我们从各方面努力，以提供可伸缩的Domino服务器，它使用DB 2存储来存储Domino数据——邮件文件和应用程序数据这两者都包括在内。
Each of these is compared to the Domino 6.5 server where the user mail files were based on the Notes 6.5 template.
每个都会与Domino 6.5服务器进行比较，后者的邮件文件是基于Notes 6.5模板的。
Currently, Lotus Domino 7 with traditional NSF storage supports 15,000 concurrent Notes mail users using the R6Mail workloads on almost all server platforms.
目前，使用传统NSF存储的LotusDomino7支持15,000个并发的Notes邮件用户，并且几乎在所有服务器平台上都使用R 6 Mail工作负载。
The tests were run with 6000 total concurrent simulated users, with 3000 users defined to have their home mail server on each Domino server.
测试使用的并发模拟用户总数为 6000，3000 个用户的主邮件服务器定义在一个 Domino 服务器上。
The new components consist of all default server tasks, mail journaling, transaction logging, Lotus Domino Domain Monitoring (DDM) probes, mail rules, and larger mail files.
新的组件包括所有默认服务器任务、邮件日志、事务日志记录、LotusDominoDomainMonitoring（DDM）探测、邮件规则和更大的邮件文件。
The cluster mail workload executes Notes transactions that model a Domino server cluster for mail users.
集群邮件工作负载执行Notes事务，该事务为邮件用户模拟一个Domino服务器群集。
The Lotus Notes client checks the Domino server for new mail on a regular interval.
LotusNotes客户机定期检查Domino服务器上的新邮件。
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