不过升级的最大理由大概是性能的提升。
But the biggest reason to upgrade is probably increased performance.
世界范围内的程序员也都致力于框架性能的提升。
Programmers around the world are also committed to the framework performance improvements.
性能的提升主要归功于新的懒惰式扫描(Lazy Sweep)垃圾回收器。
The performance improvements are mainly due to the new lazy sweep garbage collector.
JBoss AS6对启动性能的提升很明显，现在的平均启动时间是15秒。
Boot performance has improved in JBoss as 6 with a mean boot time of 15sec.
这可以在不改变结果的情况下提升性能。
让我们看一下对于性能提升很重要的一些项目。
Let's take a look at a few items that are important to help performance.
在多种场景下，性能都得到了显著（8-50倍）的提升。
This can result in a dramatic (8-50x) improvement in performance in many situations.
这是性能提升最为明显的一种情况。
Performance improvements will not be this dramatic in all cases
注意大部分软件在性能方面看不到显著的提升。
Note that most software will see no noticeable increase in performance.
这甚至可以让性能得到100%的提升。
请回来查看有关这个令人振奋的方法的完整信息，以提升框架性能！
Check back for full details on this exciting approach to pumping up framework performance!
我们可以同时从性能提升和增加总的容量大小上受益。
We'll both benefit from a performance boost and increased total size.
另一些优化的技术，比如高级或者可配置垃圾回收策略甚至能更高的提升性能。
Other optimizations, such as advanced or configurable Garbage Collection strategies can help performance even more.
通过一些简单且直观的科学方法，您可以快速地获得显著的性能提升。
You can quickly get a huge performance boost by simple and straightforward scientific methods.
产品套件中增加了新的特性并提升了性能。
New features and performance enhancements in the production suite.
例外2：有些应用不用变大就能得到很好的性能提升。
Exception 2: Some Apps Get a Good Performance Increase Without Becoming huge.
但这里的性能提升，在基准，并与。
Geertjan：还有几个相当酷的性能提升。
在7.0.1基础上有30%- 50%的性能提升。
还通过内存管理和显示优化技术提升了系统的性能。
We also use memory management and display optimization to enhance running performance.
非常成功的基准测试系列远不止是性能提升。
The extremely successful benchmark series is much more than a performance boost.
用于地震勘探电缆接收道的数字检波器，其性能已有了很大提升。
The performance of the digital detector used in cable receive channel has been improved obviously.
度地提升您的器件和设计性能。
使装备的改进和性能提升。
Causes the equipment the improvement and the performance promotion.
同时其记忆疲劳性能也得到了较大的提升。
Simultaneously, the memory fatigue property is improved obviously.
计算结果揭示了在激励流动下流场的时空结构的变化是流场性能得到提升的根本原因。
The change of time-space flow structure is the principal cause of the performance improvement.
模组MOD一类可以被安装进其他物体以提升能量或性能的物体。
An object that can be installed to increase the power or capability of another object.
这一切程序，可能导致巨大的性能提升！
All this procedure, can lead to an enormous performance gain!
这一切程序，可能导致巨大的性能提升！
All this procedure, can lead to an enormous performance gain!
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