SACOS的动态内存管理方法可以有效地减少内存管理开销和内存碎片，提高内存的利用率。
The dynamic memory management of SACOS can decrease efficiently the memory management overhead and memory fragmentation and improve the memory utilization.
针对传统系统级芯片动态内存管理单元(SOCDMMU)，提出用软件方法实现SOCDMMU中的核心部件。
Aiming at traditional System on Chip Dynamic Memory Manage Unit (SOCDMMU), this paper proposes realizing the core parts of SOCDMMU with the software method.
描述了SACOS的动态内存管理，并给出了实现SACOS动态内存管理的基础-堆的分配与回收的详细过程。
Dynamic memory management of SACOS and implementations of allocation and garbage collection of heap which is the foundation of dynamic memory management are reported in detail.
在介绍动态内存管理模型和内存泄漏的基础上，提出动态内存泄漏的检测方法，包括动态内存跟踪和离线日志分析，最后详细论述了泄漏内存的回收技术。
On the basis of concept of memory management model and memory leak, a technology to detect dynamic memory leak was designed and implemented, including dynamic memory trace and off-line analysis.
如果您熟悉使用c等语言管理动态内存，那么您可以直接跳到下一节。
If you're familiar with managing dynamic memory in a language such as c, then you may want to skip to the next section.
举个例子，你可以使用vector就像使用普通的c数组，除了vector不能手工申请管理动态内存。
You can, for example, use a vector in much the same way as you would use an ordinary C array, except that vector eliminates the chore of managing dynamic memory allocation by hand.
介入式容器的操作根本不会引发任何内存管理。动态内存分配所带来的时间和空间开销可以被最小化。
Operating with intrusive containers doesn't invoke any memory management at all. The time and size overhead associated with dynamic memory can be minimized.
介入式容器的操作根本不会引发任何内存管理。动态内存分配所带来的时间和空间开销可以被最小化。
Operating with intrusive containers doesn't invoke any memory management at all. The time and size overhead associated with dynamic memory can be minimized.
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