In summary, the 64-bit architecture has the following advantages.
总之，64位具有以下优点。
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。
A 64-bit architecture with a 64-bit JVM can have much higher amounts of RAM.
位的结构与64位的JVM可以有更高数量的RAM。
Note: This article assumes the usage of the 64-bit architecture version of IBM BPM.
注意：本文假定使用IBMBPM的64位架构版本。
The size + flags slot is 4 bytes on 32 bit architecture and 8 bytes on 64 bit architecture.
size +flags 位置在32位体系结构上是4 个字节，在 64 位体系结构上是8 个字节。
64-bit architecture is often touted as having significant performance advantages over 32-bit.
人们通常认为64位架构的性能远远优于32位架构。
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。
Knowing how to port applications to comply with a 64-bit architecture can help you write portable and efficient code.
了解如何将应用程序移植到64位体系结构上可以帮助我们编写可移植性更好且效率更高的代码。
Note that one of the bits in the 32-bit architecture defines the architecture as 31-bit addressing mode; hence our use of the term 31-bit mode.
注意，32位架构中的一个位将架构定义为31位地址模式；因此使用术语31位模式。
The requires element provides a way for you to specify required operating system and bit architecture configuration for the virtual machines deployed for your plug-in.
requires元素为您提供了一种方法指定插件所部署的虚拟机所需的操作系统和位架构配置。
Most of the time, though, it pays to elevate your gaze a bit and think about security at the application architecture level.
不过大多数时候，如果能将所关注的内容提升一下，考虑应用程序架构级别的安全性，将颇有裨益。
If you have a 64-bit DB2 instance, that means DB2 is using the 64-bit memory architecture.
如果有一个64位的DB 2实例，则意味着DB 2使用的是64位的内存体系结构。
Enhanced bus architecture - The bus architecture on current 64-bit chipsets is faster and wider than earlier generations.
增强的总写架构-目前64位芯片上的总线架构比前几代更加的快也更加的广。
It's a bit deflating, then, to find a problem with your architecture after deployment.
部署之后发现架构存在问题总会让人有些泄气。
I am a bit confused about all the hype around Service Oriented Architecture (SOA) — and you seem to be caught up in it.
我对围绕面向服务的体系结构(SOA)的所有喧嚣感到有点迷惑——而您似乎被它迷住了。
The POWER5 architecture is natively 64 bit.
POWER 5体系结构天生就是64位的。
The convention centre is the typical cheap conference shed, but its boxy facade has been gussied up with a bit of Barcelona bling: a piece of curvy modern architecture in glass, concrete and steel.
会场简约得很典型，不过正面有一个盒体，装扮得略显巴塞罗那风格：玻璃、钢材以及混凝土做成的现代曲状建筑。
Architecture: x86 for most computers; x86-64 only for 64-bit operating systems.
结构：对于大多数的电脑是x86；对于64位的操作系统是x86- 64。
The OpenPower 710, with its 64-bit POWER5 processor-based architecture, is an ideal solution for high availability and high performance clusters.
OpenPower 710具有基于 64-位POWER5 处理器的架构，是高可用和高性能集群的理想解决方案。
Technically though, Amazon's architecture is a bit different.
但是，从技术上讲，Amazon 的架构有一些不同。
This article discusses these differences and gives you comparisons to guide you through your migration from Solaris running on 32-/64-bit SPARC architectures to Linux running on x-86 architecture.
本文对这些差异进行了讨论，并加以对比，从而能够对您从运行在 32/64位SPARC体系架构上的Solaris迁移到运行在 x86 体系架构上的Linux 提供一些帮助。
However, free access to a 64-bit Power Architecture machine isn't something everyone has handy.
情况的确如此。然而，自由访问64位Power体系架构机器并不是所有人都可以轻易做到的事情。
The first type of processor element, the PPE, contains a 64-bit Power Architecture core.
第一类处理器元素PPE包含64位PowerArchitecture内核。
It USES a event-driven architecture (based on EventMachine 7) and therefore may look and work a bit unfamiliar.
它使用的是一种事件驱动架构(基于EventMachine7)，在阅读和使用的时候都会让人觉得有些不太熟悉。
Good analysis was important as a foundation for the architecture and design, but prototypes were every bit as valuable.
作为架构和设计的基础，良好的分析是重要的，但是原型也是非常有价值的。
Milestones are a bit murky when you're delving into elements of enterprise architecture beyond design and IT.
在深入研究除设计和IT以外的企业架构元素时，里程碑有一点含混不清。
On RUP projects we do a bit of architectural modeling early in the lifecycle, then we prove that the architecture works, then we address the details in a JIT manner during Construction iterations.
在RUP项目中，我们在生命周期的早期做一点架构建模，我们证明架构有效，然后我们在构建迭代中以jit的方式处理细节。
Some believed that it used the wrong computer architecture (32-bit), and was fundamentally flawed.
一些人认为，它使用了错误的计算机架构(32位)，根本就是错误的。
Since 1995, 64-bit processors have implemented the complete architecture, allowing full binary application compatibility with existing 32-bit applications and support for new 64-bit applications.
自1995年以来，64-位处理器实现了完整的体系结构，支持与现有32 -位应用程序的完全二进制应用程序兼容，并完全支持新的64 -位应用程序。
For limitless dream architecture, these virtual cities may seem a bit restrained - they're not the gleaming futuristic urban city centers of most sci-fi films.
对无拘无束的梦境建筑而言，这些虚拟的城市可能看起来有点拘谨，不像是大多数科幻电影里那种闪着微光的未来主义都市。
应用推荐