Dynamic segment allocation allows the additional segments to be used by user heap or Shared memory.
动态段分配让用户堆或共享内存可以使用额外的段。
Segments four through sixteen (0x3 to 0xf) are available for the user heap if used by dynamic segment allocation.
如果使用动态段分配，那么第4段到第16段(0x3到0xf)供用户堆使用。
We designed and implemented a structure named "User Heap" to store small objects to decrease the overhead for JVM to manage a large number of these objects.
我们设计和实现了“用户堆”来存放程序中用到的数据，从而减少JVM中对象的数量，降低其管理大量对象带来的额外开销；
Lotus Domino begins using the first two available segments for user heap memory (0x3 and 0x4). Lotus Domino begins using the last segment (0xf) for Shared memory.
LotusDomino最初将前两个可用的段(0x3和0x4)作为用户堆内存，将最后一个段(0xf)作为共享内存。
The model looks similar to the default AIX segment layout, but segments four through eight (0x3 to 0x7) are available for user heap if dynamic segment allocation (DSA) is used.
这个模型看起来与默认的aix段布局相似，但是如果使用动态段分配(dsa)，那么第4段到第8段(0x3到0x7)供进程堆使用。
That is the address in memory in the heap of the first byte that the user typed in.
那是用户输入的第一个字节在内存中堆的地址。
If the minor collection frees enough heap space, the user program can resume immediately.
如果小的收集释放了足够的堆空间，那么用户程序就可以立即恢复。
This is a heavyweight offline memory leak analysis tool that incorporates multiple existing heap dump analysis tools into a single user interface.
这是一个重量级脱机内存泄漏分析工具，它将多种现有堆转储分析工具整合在单一用户界面中。
Its user generated content powered by people like us has made it one of the Kings of the information heap if not the absolute emperor.
它的由像我们这样的用户产生的内容，使它成为拥有大量信息王者之一，即使不是绝对的主宰。
This model has three forms: the first form is for programs that have a process heap (user data) less than 2.5 GB and greater than 256 MB (see figure 3).
这个模型有三种形式：第一种形式适用于进程堆（用户数据）小于 2.5GB并大于 256MB 的程序（见图3）。
This means that the actual size of the heap may be several times bigger than the maximum heap residency of the user program.
这意味着堆的实际大小可能比用户程序的最大堆驻留空间要大几倍。
I store in s1 the address of the first byte that the user typed in and by the way that first bite happens to live in this new place called the heap and that's the only update to the story thus far.
我在s1中存储的是用户输入的字符串的首地址，这样第一个字节存储在这块，新的堆的地方，这个是唯一的修正。
In this method, a large block of memory (called the heap) is used to provide memory for user-defined purposes.
在这种方法中，大块内存(称为堆)用来为用户定义的目的提供内存。
Listing 1 does not validate user-supplied data when copying it to the buffer member of the previously allocated struct mystruct using the strcpy function, resulting in a heap-based buffer overflow.
在使用strcpy函数将用户提供的数据复制到先前分配的struct mystruct的buffer成员中时，清单1不验证用户提供的数据，造成堆中缓冲区溢出。
Gets the size, in bytes, of the user string heap.
获取用户字符串堆的大小(以字节为单位)。
Once the kernel schedules the process for execution, it sets the stack to grow down from the top of user space, and the heap to grow up from the end of the executable image.
一旦内核调度进程执行，它就设置栈和堆，前者从用户空间的顶部向下增长，后者从可执行映像的尾部向上增长。
Once the kernel schedules the process for execution, it sets the stack to grow down from the top of user space, and the heap to grow up from the end of the executable image.
一旦内核调度进程执行，它就设置栈和堆，前者从用户空间的顶部向下增长，后者从可执行映像的尾部向上增长。
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