Multicast Client-Server Discovery and grouping.
多路客户——服务器端的探知和分组。
Configuration of IBM NAS feature of server discovery using TDS.
使用TDS发现服务器的IBMnas特性的配置。
Client-side configuration for enabling IBM NAS server discovery using TDS.
客户端的配置，用于支持通过TDS发现IBMNAS服务器。
Configuration of IBM NAS client for server discovery using TDS with the fallback mechanism.
使用带后备机制的TDS进行服务器发现的IBMNAS客户端配置。
IBM NAS server discovery using TDS, including the default configuration as a fallback mechanism.
使用TDS发现IBMNAS服务器，包括作为后备机制的缺省配置。
Now let's configure the IBM NAS client for server discovery using TDS with the fallback mechanism.
现在，让我们将IBMNAS客户端配置为使用带后备机制的TDS进行服务器的发现。
The xntp V4.2.1 includes support for IPv6, new server discovery schemes, orphan mode and other improvements.
xntp V4.2.1支持IPv6、新的服务器发现方案、orphan模式和其他改进。
Until now, you have configured the IBM NAS client for the NAS server discovery using the TDS with a fallback mechanism.
到目前为止，您已经将IBMNAS客户端配置为使用带后备机制的TDS进行NAS服务器的发现。
Please note that there is another feature of IBM NAS where you can configure KDC and administration server discovery using the LDAP directory.
请注意，IBMNAS还有另一个特性，可以使用LDAP目录配置KDC和管理服务器发现。
To overcome this problem, IBM NAS provides another kind of client configuration where the IBM NAS client primarily USES TDS for NAS server discovery.
为了克服这个问题，IBMNAS提供了另一种客户端配置，在这种配置中，IBM NAS客户端首先使用TDS进行NAS服务器的发现。
In such scenarios, using IBM NAS server discovery by TDS feature, you are only required to do minimal changes, such as updating the new IBM NAS server's hostname in the LDAP database.
在这样的场景中，如果通过TDS特性来发现IBMNAS服务器，那么您只需要进行最少的更改，比如在LDAP数据库中对新的IBM NAS服务器的主机名进行更新。
For each product that you can update from your local mirror of the update server, you should have one URL map for the update site, and another URL map for the discovery site.
对于您可以在更新服务器的本地镜像上更新的每个产品，您应该有一个更新站点的URL映射，和另一个发现站点的URL映射。
One final thought: Though the discovery implementation in this example ran in the client on-ramp, similar techniques can be used in the Bus's server on-ramp.
最后的思考：虽然这个示例中的发现实现运行在客户机入站中，但类似的技术也可以运用在总线服务器入站中。
To configure an application discovery for application Server in the TADDM console, complete the following steps.
为了在TADDM平台上为ApplicationServer配置一个应用程序发现，完成以下步骤。
To configure the discovery of services from WebSphere Application Server using the default configuration file
要使用缺省配置文件配置WebSphere ApplicationServer 中的服务发现，请执行以下操作
In the case of a WebSphere Interchange Server broker, the adapter is composed of a controller component, an object discovery agent, and an adapter agent.
对于WebSphereInterchangeServerBroker，适配器是由控制器组件、对象发现代理以及适配器代理所组成的。
These libraries, in turn, use Web services provided by the Omnifind Discovery server.
而这些库又使用了OmnifindDiscovery服务器提供的Web服务。
Two Oracle jar files are used during service discovery from Oracle Application Server: the adminclient.jar and oc4jclient.jar files.
从OracleApplicationServer发现服务时，将使用两个Oraclejar文件：adminclient. jar和oc 4jclient . jar文件。
To illustrate the service discovery between Registry and the IIS server, we've created a sample application.
为了演示Registry和IIS服务器之间的服务发现，我们创建了一个示例应用程序。
Example B (compliance and discovery) : The customer has one Domino server.
例b(遵从性和发现)：客户有一个Domino服务器。
The server also has a UDDI server which is used for the publishing and discovery of Web services.
该服务器还有一个UDDI服务器，用于发布和发现Web服务。
The utilities that use the administration server and KDC discovery using LDAP feature include
使用LDAP特性发现管理服务器和 KDC的实用工具具体包括下面内容
One of the most commonly raised issues with using the Unified ODBC extension to connect to Cloudscape and DB2 databases is the discovery that remote client-to-server performance is slow by default.
在使用统一odbc扩展连接Cloudscape和DB 2数据库时，最常提出的问题之一就是发现默认情况下，远程客户机到服务器的性能很差。
Distributed registry and index server serves for registration, discovery and maintenance of various information resources.
分布式注册与索引服务器提供了信息资源节点的注册、发现、动态维护等功能。
Listing 3 shows an example <discovery-task> element for discovering services from Oracle Application Server.
清单3显示了用于发现OracleApplicationServer 中的服务的示例 <discovery-task>元素。
Each Bluetooth push server launches a device discovery after a fixed interval of time. Devices discovered after each inquiry are cross checked with the database.
每一个蓝牙推送式服务器每隔一段固定的时间就会进行一次设备搜寻。每次查询所发现的设备要与数据库进行交叉核对。
At the same time, a resource index table is established at the central node to overcome the defect of centralized resource discovery over-rely on the central server of the original grid system.
同时，在中心节点建立一个资源的索引表，这样就克服了原来网格系统集中式资源发现过于依赖中心服务器的缺点。
At the same time, a resource index table is established at the central node to overcome the defect of centralized resource discovery over-rely on the central server of the original grid system.
同时，在中心节点建立一个资源的索引表，这样就克服了原来网格系统集中式资源发现过于依赖中心服务器的缺点。
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