(某些数据库可能会更频繁，但这是通常的方式)这些数据库的全备份都存储在PEAK数据中心机架上的NASRAID - 6设备中。
(some databases are backed up more aggressively, but this is typical.) These full database backups are stored on our NAS RAID-6 device on the rack at the PEAK datacenter.
可以看到这个类的名称Foo和全限定的模块名称 Orbtech.examples.persist都存储在pickle 中。
You can see that the class name, Foo, and the fully qualified module name, Orbtech.examples.persist, are both stored in the pickle.
DB 2行压缩功能可以减少磁盘存储需求，同时改进执行全表扫描的大量查询的顺序读取访问。
DB2 row compression features can decrease disk storage requirements while at the same time improve sequential read access of large queries which perform full table scans.
解决这个问题的一种方法是使用全冗余路径来访问外部SAN(存储区域网)设备—通过这种方式，可以减少因存储子系统访问问题导致的故障。
One way to counter this is by using a fully redundant path to access external SAN (storage area network) devices-in this way, you can reduce failures caused by storage subsystem access problems.
X微处理器是一款采用全定制方法设计的处理器，内部结构复杂，规模宏大，含有大量的存储电路，因此对其进行验证具有很大的难度。
X microprocessor is a complex one which USES full-custom design method, and its scale is very large, including many memory circuits.
能够在全尺寸显示器上显示视频、文件和游戏，同时还可以使用外部备份存储，这些只是智能手机扩展坞的几点好处。
Being able to display video, documents and games on a full sized monitor while having additional backup storage are just a couple of benefits of the smartphone dock.
用一个简单的全光系统可实现光的制动和存储。
A simple all optical system for stopping and storing light pulses is demonstrated.
研制此类器件的目的在于利用该器件的光学双稳态特性，通过多环甚至环形阵列等结构来实现全光存储。
The purpose of developing such devices is to use the characteristics of optical bistability in a multi-ring or ring-array structure to achieve all-optical storage.
由于客户不断部署存储区域网络(SAN)技术，因此SAN迅速成为全服务网络。
As customers continue to deploy storage-area network (SAN) technology, the SAN is rapidly becoming a full-service network.
我们可以将本章的其余篇幅全用于建立域模型和存储库，而根本不接触UI项目。
We could spend the rest of this chapter building out the domain model and the repository, and not touch the UI project at all.
研究了现有的位平面编码VLSI结构，设计了一种条带列与编码通道全并行的VLSI结构，解决了内部存储资源占用率高的问题。
According to the research on the existing VLSI architecture of the bit-plane coding, a new VLSI architecture is proposed in which stripe-column and coding are both implemented in parallel.
和Hopfield模型不同的是 ，这种神经网络增加了一个隐含层来扩大网络的存储容量 ，并采用局部相连的拓扑结构来代替全相连 ，从而减少了计算复杂度 。
And the structure of this model takes the form of local-connection instead of full-connection in order to reduce the complexity of computation.
和Hopfield模型不同的是 ，这种神经网络增加了一个隐含层来扩大网络的存储容量 ，并采用局部相连的拓扑结构来代替全相连 ，从而减少了计算复杂度 。
And the structure of this model takes the form of local-connection instead of full-connection in order to reduce the complexity of computation.
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