That happens to me a lot, so I've come up with a pretty good memory management tool.
我经常遇到这种情况，所以我想出了一个很好的内存管理工具。
为什么进行内存管理？
Automated storage and memory management.
自动的存储和内存管理。
Importance of correct memory management.
正确的内存管理的重要性。
Assuming memory management features of the OS.
假定操作系统的内存管理功能。
Managing object ownership for memory management.
为内存管理而管理对象所有权。
This improves resource utilization and memory management.
这改进了资源利用和内存管理。
You can find the memory management sources in ./linux/mm.
内存管理的源代码可以在./linux/mm 中找到。
This feature allows for a more effective memory management.
这个特性有助于更有效地管理内存。
In that case, memory management becomes much more difficult.
在这种情况下，内存管理会变得更困难。
Using garbage collection to simplify memory management for lists.
使用垃圾收集器来简化列表的内存管理。
Self-tuning memory management that can take up to 500MB of memory
自调优内存管理，可以占用最多 500MB 内存
In addition, Pseudo Remote Threads frees you from memory management.
此外，伪远程线程使您不必关心内存管理。
Moreover, different OSs may implement memory management differently.
此外，不同的操作系统可能以不同的方式实现内存管理。
Neither a memory management unit nor an instruction or data cache are used.
这既不需要使用内存管理单元，也不需要使用指令或数据缓存。
This table compares the memory management strategies covered in this article.
下表对比了本文中涉及的内存管理策略。
Again, this is not a persistence feature; this is a memory management feature.
同样，这不是持久性功能；这是内存管理功能。
This is thanks to improvements within Mesa and its GEM memory management, etc.
这要得益于Mesa和GEM内存管理的改进。
But allocation is only half of memory management — deallocation is the other half.
但是分配仅仅是内存管理的一半，回收是另一半。
Given the systemwide impact of memory management, stability is of utmost importance.
从内存管理对整个系统的影响来看，稳定性是至关重要的。
The memory management and garbage collector is to be found in the separate MMgc project.
内存管理和垃圾收集器属于MMgc子项目。
In that process, often the features of memory management or process scheduling are assumed.
在此过程中，通常也假定存在内存管理或进程调度特性。
Next, I'll discuss some design and implementation techniques for efficient memory management.
接下来，我将讨论一些用于有效管理内存的设计和实现技术。
I never worry about memory management on the JVM because the platform allows me to forget it.
我从不担心JVM的内存管理，因为平台可以让我忘了它。
AIX provides support for Virtualization through changes in the memory management layer (VMM).
通过内存管理层(VMM)中的更改，AIX提供了对虚拟化的支持。
To use both lists and DataObjectPtrs correctly, you must now address memory management in SDO.
要正确使用列表和DataObjectPtrs，现在必须在SDO 中处理内存管理问题。
To use both lists and DataObjectPtrs correctly, you must now address memory management in SDO.
要正确使用列表和DataObjectPtrs，现在必须在SDO 中处理内存管理问题。
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