Lazy initialization of memory structures will save CPU time and may defer the activation of other plug-ins.
内存结构的滞后初始化可以节省CPU时间并延迟其他插件的激活。
Just like with other forms of UNIX, AIX employs virtual memory structures to help complement physical memory.
与其他风格的UNIX一样，AIX也使用虚拟内存结构帮助补充物理内存。
These statistics are stored in memory structures that represent the catalog information for declared temporary tables.
这些统计信息存储在表示声明的临时表的目录信息的内存结构中。
DB2 LUW provides you with an easy way to manage various memory structures through self-tuning memory management (STMM).
DB 2LUW为您提供一种管理各种内存结构的简单方法，即自调优内存管理(STMM)。
This is primarily due to the fact that a DB2 instance can contain multiple databases. There are three main memory structures in DB2.
这主要是因为DB 2实例可以包含多个数据库。
In this paper, charge retention characteristics of MNOS memory structures is investigated by a discharge model of the shallower trap.
通过浅在储陷阱的电荷泄漏模型，对MNOS结构的保留特性进行研究。
Finally, XML message parsing usually involves dynamically creating the memory structures (like objects) to store the retrieved data values.
最后，XML消息解析通常需要动态创建内存结构(如对象)来存储检索的数据值。
By enabling STMM through the DB CFG parameter self_tuning_mem, you can let DB2 tune memory structures depending upon fluctuations in workload.
通过DBCFG参数self_tuning_mem启用STMM之后，您可以让DB 2根据工作负载的波动调优内存结构。
Onstat is an IDS utility that reads Shared memory structures or segments and prints statistics and diagnostic information related to IDS at the time the command executes.
Onstat是一个IDS实用工具，当执行此命令时，可读取共享内存结构或片段并打印和IDS相关的诊断信息。
Summary: When debugging kernel problems, being able to trace the kernel execution and examine its memory and data structures is very useful.
简介：调试内核问题时，能够跟踪内核执行情况并查看其内存和数据结构是非常有用的。
The graphical user interface provides browsing capabilities for verifiing suspected memory leak regions, and for understanding the data structures that comprise these leaking regions.
图形用户界面提供浏览功能，以便验证可疑内存泄漏区域和了解组成这些泄漏区域的数据结构。
This aptly named tool is essentially a patch to the kernel code that lets hackers access kernel memory and data structures.
这个恰如其名的工具实质上是内核代码的补丁，它允许高手访问内核内存和数据结构。
The memory requirements of individual data structures might get altered, depending upon the way packing is implemented in the compiler.
个别数据结构的内存需求可能会发生改变，这依赖于编译器中实现对齐的方式。
Imagination, it turns out, USES the same brain structures as perception and memory and has the same flaws.
事实上，想象与感受和记忆所用到的大脑结构是一样的，所以也面临同样的问题。
In addition to stack space, each thread requires some native memory for thread-local storage and internal data structures.
除了栈空间之外，每个线程都需要一些本机内存用于线程本地存储和内存数据结构。
An online backup will likely require some more memory from the UTIL_HEAP memory allocation to allocate some internal structures that help support this operation.
在线备份很可能需要从util_heap内存分配中得到更多的内存，以便为一些帮助支持这种操作的内部结构分配内存。
It offers various options and enables analysis of memory contents and data structures.
它提供了各种选项，并且使我们能够分析内存内容和数据结构。
To make life easier (and it is good practice anyway), we make sure that all data is reachable from the root of a single tree of data structures in memory.
为了让生活更容易（它总是一个很好的实践），我们必须确保所有的数据从单一数据结构书的根上是可获得的。
Within a kernel, a considerable amount of memory is allocated for a finite set of objects such as file descriptors and other common structures.
在内核中，会为有限的对象集(例如文件描述符和其他常见结构)分配大量内存。
Because each node has access to only its own memory, data structures must be duplicated and sent over the network if other nodes want to access them, leading to network overhead.
由于每个节点都只能访问自己的内存，如果其他节点需要访问这些内存中的数据，就必须对这些数据结构进行复制并通过网络进行传送，这会导致大量的网络负载。
This means that the text of the messages is readable in memory, in log files, in traces, and in the files that back the queue structures.
这意味着消息在内存、日志文件、跟踪记录和返回队列结构的文件中是可读的。
The same could be said about any other API, whether it's intended for parsing XML, reading property files, or creating tree-based structures in memory.
同样的问题也适用于其他API，无论是解析xml、读取属性文件还是在内存中创建树状结构的API。
For example, data structures and access methods are specifically optimized to work on data that is located in main memory.
比如，数据结构和访问方法专门针对位于主内存中的数据进行了优化。
This memory management scheme USES 4kb buffers as its base, but then allocates structures from within, keeping track of which pages are full, partially used, and empty.
这种内存管理模式使用4K b缓冲区为基数，然后从中分配结构，并跟踪内存页使用情况，比如哪些内存页是满的，哪些页面没有完全使用，哪些页面为空。
Could there be memory locality effects that some data structures benefit from more than others?
内存位置效应是否对于某些数据结构更有利？
Identification of suspected data structures aid in a better understanding of the root cause of a memory leak.
标识可疑数据结构有助于更好地理解内存泄漏的根源。
These pattern matching algorithms seek to identify aggregated data structures (grouped together by similarity of ownership structure) that are growing the most in between the memory dumps.
这些模式匹配算法可以寻找并标识在内存转储之间增长最快的聚合数据结构(按照类似的所属权结构组合在一起)。
Triage the data structures based on the software components that contribute to their consumption of memory.
根据影响软件组件内存占用情况的软件组件筛选数据结果。
Triage the data structures based on the software components that contribute to their consumption of memory.
根据影响软件组件内存占用情况的软件组件筛选数据结果。
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