Let's start with the more easily addressable issues.
我们先从较容易处理的问题着手。
We will talk about addressable memory later.
我们在后面会谈到可寻址内存。
Resources: Objects or actions that are addressable via a URI.
资源：可以通过 URI寻址的对象或操作。
The 32-bit Solaris addressable memory structure is shown in Figure 9.
位Solaris可寻址内存结构如图9所示。
The cache occupies the same addressable memory space as the applications.
缓存与应用程序占用相同的可寻址内存空间。
“You just literally can target a wider addressable market,” she said.
Shannon Cross说：你确实能看到一个更广阔的可寻址市场。
“You just literally can target a wider addressable market, ” she said.
Shannon Cross说：你确实能看到一个更广阔的可寻址市场。
Addressable memory in a 32-bit architecture versus 64-bit architecture.
位体系结构与64位体系结构中的可寻址内存。
Components expose services that can be invoked using addressable interfaces.
通过组件公开的服务可以使用可定位的接口来调用。
In these cases, data can be exposed as addressable resources, especially as a URI.
在这种情况下，数据可以作为可处理的资源显示，特别是作为URI显示。
This is particularly important for servers which are addressable by multiple hostnames.
这在多主机地址的情况下尤其重要。
On 32-bit AIX, the 4GB of addressable memory space is broken down to 16 segments, 256MB each.
在32 位的AIX 上，4GB 的可寻址内存空间被拆分为16 个段，每段 256MB。
Another important aspect of identifying the resource is to understand how it is addressable.
识别资源的另一个重要方面是理解它的寻址方式。
Addressable advertising has loitered on the horizon for years, but seems to be advancing at last.
可寻址广告不深不浅地运行了几年，不过最终要向前推进了。
It does this with immense scalability, supporting 16 exabytes of addressable storage (264 bytes).
它通过巨大的可扩展性来实现该功能，支持 16 千兆兆个字节的可寻址存储（264 字节）。
Hence we have a 36-bit address, aligned to 8 bytes, for a total of 64gb addressable physical memory.
因此，我们有了36位地址，和8字节保持了一致，总共64gb的物理内存都是可寻址的。
This cloud file system is analogous to a NAS (network addressable storage) unit connected to multiple PCs.
这个云文件系统相当于连接多个PC的NAS(网络可寻址存储)单元。
Not really Web 2.0 either; born in 1999. More revenue than Skype today, but smaller addressable market.
它也不完全算是Web2.0公司，它诞生于1999年，目前收入比Skype多，但是市场发展前景比不上skype。
64-bit support increases the addressable storage of the broker, and further reduces administrative complexity.
位支持增加的代理的可寻址储存，并且进一步降低了管理的复杂性。
We'll now examine the server side, or the endpoint needing to send messages to the non-addressable endpoint.
我们现在将对服务端(或需要将消息发送到无法寻址的端点的端点)进行分析。
The 4g of addressable memory is broken down into 4 quadrants, where each quadrant is 1g in size, as shown in Figure 11.
4g的可寻址内存被拆分成4个象限，每个象限大小为1g，如图11所示。
When configuring DB2 memory usage, keep in mind that all the memory pools need to fit into the addressable user space.
在配置DB 2内存的使用时应记住，所有内存池应该能够纳入可寻址用户空间。
Most modern non-64-bit systems have the ability to create an address space of 36 bits, yielding 64 GB of addressable memory.
大多数现代的非 64位系统都能够创建36位的地址空间，从而产生 64GB 的可寻址内存。
Take the case of a request message flowing on a HTTP request flow whose wsa: ReplyTo is set to an addressable endpoint.
以HTTP请求流上的请求消息为例，该消息的wsa：ReplyTo设置为了可寻址的端点。
Regions in a process's virtual address space can be mapped to physical memory, to a file, or to any other addressable storage.
进程的虚拟地址空间中的区域可被映射到物理内存、文件或任何其他可寻址存储。
Services and SOA are all about designing and building systems using heterogeneous network addressable software components.
服务和面向服务的体系结构都是关于使用异构网络可寻址的软件组件来设计和构建系统的。
This leaves an additional 1GB of addressable memory which is normally reserved by the O/S and allocated to system resources.
还剩余1GB的可寻址内存，通常由O/S所保留，分配给系统资源。
When the main buffer pools are configured too large, it is possible that they will not fit into the addressable memory space.
如果主缓冲池配置得太大，则可能出现主缓冲池不适合可寻址内存空间的情况。
The increased data bus width enables support for addressable memory space above the 4gb generally available on 32bit architectures.
增加的数据总线带宽实现了对32位架构上通常可用的4gb以上可寻址内存空间的支持。
One of the key distinctions between a file folder and a bucket is that each bucket and its contents are addressable using a URL.
文件夹和bucket之间的主要差异之一是，每个 bucket及其内容都可以通过URL 访问。
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