这比最初的8088芯片内存大两倍。
That's more than twice the entire memory address space of the original 8088 chip used in the first PC and clones.
虚存能比系统的物理内存大许多倍。
The virtual memory can be many times larger than the physical memory in the system.
由于它占用内存大、速度慢，并且冗长，所以经常受到人们的指责。
It often gets criticized for using too much memory, being too slow, and/or being too verbose.
一台内存大的电脑能储存数十亿人的名字，但没有人会认为，电脑会关心任何人。
A computer with sufficient memory could register the names of billions of people. Yet, no one would suggest that the computer CARES about any of them.
假如数据库比内存大，MongoDB会像其他数据库一样，倾向于把所有内存当作Cache使用。
If the database is bigger than RAM, MongoDB, like other db's, will tend to use all memory as a cache.
因为XML很冗长，所以存储在XML文档中的数据占据的内存通常比以二进制形式存储的相同数据占据的内存大的多。
Since XML is verbose, data stored in an XML document usually occupies substantially more memory than the same data in binary form.
如果你有足够的内存，请将该参数的值设置得尽可能大以显著减少索引时间。
If you have enough RAM, set the value of this parameter as large as possible to decrease the indexing time dramatically.
对于具有大内存需求的情况，大页支持可以改善后援转换进程的性能。
For instances with large memory requirements, large page support can improve performance for the look-aside translation process.
如果缓冲池大到足以在内存中保存所需数据，就会发生较少磁盘活动。
If the buffer pool is large enough to keep the required data in memory, less disk activity will occur.
大邮件文件使用更多的内存。
禁止程序直接访问内存，那么整整一大类安全攻击都被彻底清除了。
By totally disallowing any direct access to memory, an entire huge, messy class of security attacks is ruled out.
缓冲池应该大到足以在内存中保留所需的数据，以便减少硬盘驱动器的活动。
The buffer pool should be large enough to keep the required data in memory so that hard disk drive activity can be reduced.
但是，这也意味着系统必须有非常大的物理内存。
But that would also mean having a system with a couple terabytes of physical memory.
使用大页主要是为提高内存访问频繁的应用程序的性能。
Large page usage is primarily intended to provide performance improvements to memory access intensive applications.
首先，在输入方面，它将完整的XML文件读入内存，所以如果文件非常大或者需要处理XML数据流，就不能使用这个模块。
First, on input it reads the entire XML file into memory, so if the file is too big, or if you're dealing with a stream of XML data, you can't use the module.
可扩展性用有执行流转换的能力，可以处理大xml文件而不会耗尽内存。
Scalability is also provided with the capability to perform streaming transformations that can handle large XML documents without running out of memory.
所以，分配给它的内存数量将会非常大。
So, the total amount of memory that is allocated will be a bit bloated.
在AIX5l版本5.2和更高版本中，有一个非常大的内存模型。
In AIX 5l version 5.2 and later, there is a very large memory model.
与规则执行相关的，全部进程所使用的内存数量，可能会非常大。
The amount of memory consumed by all of the processes that are related to the execution of the rule can be very high.
那是一台TRS- 80机型1，它具有4kb内存和大容量存储磁带，之后我将其升级为Exatron软盘。
It was a TRS-80 model 1 with 4kb of memory and cassette tape mass storage, which I later upgraded to an Exatron stringy floppy.
如果希望与 HPC和数据库应用程序中常用的共享内存结合使用大页面，还需要设置 v_pnshm值：#vmo-p-o v_pinshm=1。
If you want to use large pages in combination with shared memory, which is often used in HPC and database applications, you will also need to set the v_pnshm value: # vmo -p -o v_pinshm=1.
此工具能够分析从遇到Out Of MemoryError问题的生产环境应用程序服务器中获得的非常大的内存转储(将需要2GB或更多的RAM)。
The tool is capable of analyzing very large sized memory dumps (will require 2 GB or more RAM) obtained from production environment application servers encountering OutOfMemoryError issues.
在默认情况下，系统并不为大页面物理内存池分配任何内存。
By default, the system does not allocate any memory to the large page physical memory pool.
对于一些使用大容量内存和多个CPU的系统，分区能够改善可伸缩性。
Partitioning can improve scalability on some systems that use large memory configurations with many CPUs.
异步函数往往比其同步替代方案稍慢一些，而且如果您不介意采用它还会增加相当大的内存压力的话。
An asynchronous function is often slower than its synchronous alternative and unless care is taken it can also add significant memory pressure.
更大的内存占用——64位软件比32位软件平均占用内存要大，这是由其信息存储的方式决定的。
Larger Memory Footprint - 64-bit software will take up more RAM than its 32-bit equivalent due to the way information is stored.
最有可能的类型是内存问题，如内存泄漏、堆碎片、或者大对象分配。
The most likely type is a memory problem, such as memory leak, heap fragmentation, or large object allocation.
核心文件最大可以与内存中的进程大小一样大。
The core file can be as large as the size of process in memory.
AIX把大页面当作固定内存对待，对于大页面不提供分页支持。
AIX treats large pages as pinned memory and does not provide paging support for large pages.
AIX把大页面当作固定内存对待，对于大页面不提供分页支持。
AIX treats large pages as pinned memory and does not provide paging support for large pages.
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