IHS load balance tests on supported CM Server platforms.
在支持的CM服务器平台上的HIS负载平衡测试。
Now, let's see the results on the different server platforms.
现在，我们来看看不同服务器平台上的结果。
Other tools and methods are available on the other Domino server platforms.
其他Domino服务器平台可以使用其他工具和方法。
This has put it on an equal playing field with other high-performance server platforms.
这让它可以与其他高性能的服务器平台在一个对等的领域中进行竞争了。
This might involve sophisticated server platforms and real-time disk replication technology.
这可能包括复杂的服务器平台和实时磁盘复制技术。
Server platforms that offer more than 32 CPUs are available exclusively on 64-bit architecture.
提供超过32颗CPU的服务器平台，只有在64位架构上是可用的。
The following table helps to illustrate the level of support for each of the DB2 server platforms.
下表有助于说明每种DB 2服务器平台的支持级别。
This overview describes the differences between the z/OS process model and the other WebSphere Application server platforms.
本概述描述z/OS进程模型和其他WebSphereApplication服务器平台之间的区别。
For desktop and server platforms, this number is 31, 32, or 64; for embedded devices and microprocessors, it can be as low as 4.
对于桌面和服务器平台，这个数字为31、32或64；对于嵌入式设备和微处理器，这个数字可能小至4。
We have deployed the SPNEGO solutions on real customer environments on most of the available supported WebSphere Application Server platforms.
我们已经在大多数可用的受支持WebSphere 平台上的真实客户环境中部署了SPNEGO TAI解决方案。
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。
Compared the merit and shortcoming of several kinds of network server platforms, and discussed the relevant technique of the network database established.
比较了几种网络服务器平台的优缺点，对创建网络数据库的相关技术进行了讨论。
Decisions previously made regarding database schemas, operating systems, server platforms, and programming languages remain intact and viable for future recombinations.
先前做出的有关数据库方案、操作系统、服务器平台和程序设计语言的决策仍然可用并且可在以后再组合。
Any code written to these latter APIs may have portability issues, as the format of the Principal object is not standardized and can vary across different application server platforms.
任何针对以后的API编写的代码都可能存在移植性问题，因为Principal对象的格式并未标准化，在不同的应用服务器平台上可能会有所不同。
A useful facility for Web services is the XMethods Web site (see Resources), where you can find a list of publicly available Web services implemented on a wide range of server platforms.
XMethods网站是一个有用的Web服务工具(请参阅参考资料)，在那里可以找到在各种服务器平台上实现的可公开使用的Web服务的列表。
In this section, we compare the application and directory server requirements to run Workplace Collaborative Learning 2.5 and LMS 1.0.5. First, let's look at application server platforms supported.
在这一节中，我们将比较运行WorkplaceCollaborativeLearning 2.5和LMS1.0.5需要的应用程序和目录服务器。
Because our server could be on any number of different platforms, we should expect architectural differences between the client and the server.
因为服务器可以是任意数量不同的平台，我们应该预计到客户机和服务器之间的体系结构差异。
The result is a more reliable server load for customers across the various platforms.
最终导致跨不同平台的客户得到更加可靠的服务器负载。
The benefits of being able to write server applications that freely communicate with other servers, platforms and hardware are many.
能够编写可以与其他服务器、平台和硬件进行自由通讯的服务器应用程序的好处有很多。
As of now there are already quite a number of server 3and client 4implementations on multiple platforms available.
现在，已经有相当一部分不同平台的服务器3和客户端可以投入使用4。
With more performance optimizations being done on the IMAP server, we should see a tremendous performance gain of the IMAP server across all platforms.
随着IMAP服务器的性能不断优化，我们可以看到 IMAP 将跨所有平台获得巨大的性能改进。
Virtualizing platforms on a single server can improve server utilization, but the benefits of reducing server count are a force multiplier.
在单个服务器上的虚拟化平台能够改善服务器的利用率，但是减少服务器的数量才是它的最大功用。
Significantly, these specifications are standard-based and aim at providing portability between application providers, application server providers, and hardware platforms.
颇有意义的是，这些规范是基于标准的，并且致力于提供应用程序提供者、应用程序服务器提供者以及硬件平台之间的可移植性。
Server redundancy is not that common in distributed UNIX or Windows platforms.
服务器冗余在分布式unix或Windows平台中并不普遍。
This lightweight memory leak detection facility is available on all versions of WebSphere Application Server starting with version 6.0, for all platforms.
这一轻量级内存泄漏检测工具可用于从6.0版开始的所有WebSphereApplicationServer版本上，并可用于所有平台。
WebSphere Process Server V6.1.2 includes updated support for platforms and infrastructure, enabling it to be used on the latest systems.
WebSphereProcessServerV6.1.2包括了对平台和基础结构的更新支持，从而使其能够在最新的系统上使用。
Except where explicitly stated, the information presented here pertains to Versions 6.0.2.x, 6.1.x, and 7.0.x of WebSphere Application Server on all platforms.
除明确指出以外，本文提供的信息适用于所有平台上的WebSphereApplicationServer版本6.0.2.x、6.1.x和 7.0.x。
This article contains information on the new features of IBM Informix Dynamic Server Version 10.0 that are unique on Linux platforms.
本文包含关于IBMInformixDynamicServerVersion 10.0在Linux平台上特有的一些新特性的信息。
For information about hardware, software, and supported platforms, see CM Server hardware and software requirements.
如果您想得到关于硬件、软件以及支持平台的信息，您可以查看CMServer硬件和软件需求。
In this sense, the servant region is closely related to the entire distributed platforms application server.
从这个意义上，Servant区域与整个分布式平台应用服务器紧密相关。
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