A design about authentic CPK electronic seal system encrypted by USB Flash Memory Disk was given first time in this article.
文章首次在国内公开论述了以USB闪存固件为加密载体的不可破解的CPK电子公章系统的设计思想；
This paper introduced a single chip microcomputer system in low power ullage based on flash memory disk which core is USB - HOST COMS - chip SL811HS.
本文介绍了一个以嵌入式usb主机接口芯片sl 811hs为核心，采用U盘为存储介质的单片机低功耗海量存储系统。
In this case, your writing process continues at memory speed, not disk speed, which is good.
在这种情况下，写入过程以内存速度而不是磁盘速度进行，这是好的方面。
The proxy server can cache dynamic and static content in memory and on disk.
代理服务器可以在内存和磁盘上缓存动态和静态内容。
As in Figure 10, you can get similar information and memory, swap, disk usage, and measurements over different time periods.
如图10所示，您可以获得不同时间段内关于内存、交换、磁盘使用和度量的类似信息。
By the data in memory principle, you can dramatically increase performance by moving the data from disk to memory.
根据内存数据原则，您可以通过将数据从磁盘移动到内存极大地提高性能。
Because cloud environments are virtualized, a fraction of the total CPU, memory, and disk storage is allocated to each user request.
因为云计算是虚拟化的，所以全部CPU、内存和磁盘存储的一部分被分配给每个用户请求。
These general Settings define the OS type, memory size, disk size, and target location of the VM to be created.
这些一般设置将定义OS类型、内存大小、磁盘大小以及要创建的VM的目标位置。
With compression, fewer pages need to be read into memory from disk, making the overall system perform better.
通过使用压缩，需要从磁盘读入内存的页面更少了，这会提高总体系统性能。
It is crucial that the competition for local CPU, memory and disk resources be kept to an absolute minimum.
您应该将对本地CPU、内存和磁盘资源的竞争减少到最小，这一点至关重要。
This section describes recommendations for system performance, including memory and paging, disk configuration, and connectors.
本小节提供调优系统性能的建议，包括内存和分页、磁盘配置以及连接器。
The main goal of these tests is to ensure that the software does not crash in conditions of insufficient computational resources such as memory or disk space.
这些测试的主要目的是确保软件在计算资源（比如内存或磁盘空间）不足的情况下不会崩溃。
If the buffer pool is large enough to keep the required data in memory, less disk activity will occur.
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。
Having other applications also running that are unrelated to the testing introduces competition for local CPU, memory and disk resources.
运行与测试无关的其他应用程序将引入针对本地CPU、内存和磁盘资源的竞争。
If you must deal with many-megabyte XML documents, it's often impractical to spend the memory, disk space, and CPU overhead to manipulate such huge documents.
若必须处理许多兆字节的XML文档，花费内存、磁盘空间和CPU开销来操作这么大的文档通常是不实际的。
The unresolved topology is generic and includes information such as what package to include and requirements for memory and disk.
未定义的拓扑具有通用性，它提供了关于要包括哪些软件包以及内存和磁盘要求等信息。
Disk is slow compared to memory, so excessive disk activity is the downfall of many applications.
磁盘比内存慢得多，所以过多的磁盘活动是许多应用程序性能低下的原因。
These efficiencies are even more pronounced in today's high-performance, multi-core processors systems with large amounts of memory and disk storage.
这些效率在如今具有大量内存和磁盘存储的高性能、多内核处理器系统中更加明显。
The process component is discussed now. The memory and disk components are discussed later in this article.
刚刚讨论了进程组件，本文稍后将讨论内存和磁盘组件。
This is also a resource management tool that allows you to manage CPU, memory, and disk bandwidth.
这也是一个资源管理工具，支持管理CPU、内存和磁盘带宽。
When a modified permanent storage page needs to be paged out (moved from memory to disk), it is written to a file system.
当经过修改的永久存储分页需要换出(从内存移动到磁盘)的时候，会将它写入到文件系统中。
Given the alternative, you would much rather have file memory paged to disk than computational memory.
在可以选择的情况下，更希望将文件内存换出到磁盘，而不是换出计算内存。
The solution is to keep in memory and disk all the formats used to display the data.
解决方案是在内存和硬盘中保存数据的所有格式。
If the allocation of parts of either memory or disk space have been exhausted before a calculation process is complete, your user will get an error message that memory or disk space has run out.
如果在计算处理完成之前，内存或磁盘空间的块分配已经耗尽，用户就会看到内存或磁盘空间用完的错误消息。
Ideally, requests for these blocks should come from memory instead of disk.
理想情况下，对于这些块的请求应该来自于内存，而不是来自于磁盘。
This is also a resource management tool, which lets you manage CPU, memory, and disk bandwidth.
这个资源管理工具可以管理CPU、内存和磁盘带宽。
You can safely assume that the CPU, memory, and disk are orders of magnitudes faster than the network.
可以放心地假设CPU、内存和硬盘的速度比网络快得多。
Finally, we weren't sure how much memory or disk was needed to support the IBC site.
最后，我们还不确定支持IBC站点需要多少内存或硬盘空间。
Development tools are often run on practitioner workstations with an appropriate specification (in terms of CPU, memory, and disk).
开发工具往往以一种适当的规范(CPU、内存、硬盘)运行在开发人员的工作站上。
Throughput issues are generally caused by increased wait time during request processing due to contention of resources (CPU, memory, disk, thread pool, connection pool, etc.).
吞吐量问题通常是由处理请求期间因为争用资源(CPU、内存、硬盘、线程池、连接池等)而导致的等待时间增加所引起的。
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