To make this scenario a bit more realistic, I copied some log files into the storage to simulate a degraded state.
为了让这一场景变得更加真实，我将一些日志文件复制到存储器中，以模拟降级状态。
64-bit support increases the addressable storage of the broker, and further reduces administrative complexity.
位支持增加的代理的可寻址储存，并且进一步降低了管理的复杂性。
You can't tell in advance what alignment an allocated region will have, so your best bet is to allocate a bit of extra storage and get an aligned region within it. Here's one way to do that
您无法提前知道所分配的一段区域是怎么对齐的，因此最好的方法就是多分配一点存储空间，并获取其中的一个对齐区域。
Levy got a glimpse of Google’s data storage a bit later and remarked, “If you could imagine a male college freshman made of gigabytes, this would be his dorm.”
莱维参观了Google的数据存储设备后评论道“你可以想像一下，一个大学新生的男宿舍里还要摆放着上亿字节的服务器是什么样子的。”
We created DB2 UDB V8.2 FP9 with a 64-bit instance that handles the Domino mail storage for 15,000 users.
我们用64-bit实例创建了DB 2UDBV8.2FP9，以处理15,000个用户的Domino邮件存储。
EC2 standard large instance (64-bit, 4 ECUs, 7.5 GB of memory, 850GB instance storage)
EC2标准大型实例（64位、4ECU、7.5GB内存、850GB 实例存储）
If each address references a byte of storage, a 16-bit physical address would allow a processor to address 64kb of memory.
如果每个地址引用一个存储字节，那么一个16位物理地址将允许处理器寻址64KB内存。
Simply exert a little bit of energy to access a bed, a lounge chair, a table, built in storage, a shower, a toilet, or even the kitchen sink!
仅需要很少的能量就能获得一张床，一个沙发椅一张桌子，建造一个储物室，一个浴室，一个厕所，甚至厨房的水槽。
DB2 10 substantially increases the amount of virtual storage that can be addressed by moving most DB2 working memory from 32-bit to 64-bit.
通过将大部分DB 2工作内存从32位迁移到64位，DB 210极大地提高了可以寻址的虚拟内存量。
BIT - short for binary digit, which, in a computer, is the smallest unit of storage.
位数—二进制数字的缩写，电脑中最小的储存单位。
Mote Runner USES an 8-bit processor, 8 KB of RAM and a tiny 64 KB of flash memory storage.
MoteRunner使用一个8位处理器，8KB的RAM和一个微型的64 KB的闪存。
A storage cell; an element of data storage that can hold one bit.
一个存储单元；保存一位二进制数的数据存储单元。
The basic unit of the storage is bit.
存储的基本单元是位。
Analyzing the architecture of object-relational access layer and OID generating strategies, 128 bit random number algorithms is not adapted to the increment of the data processing and data storage.
分析对象-关系访问层体系结构和OID生成策略，128位随机数算法生成的OID已不适应数据信息量不断增加和海量数据存储的需求。
The ceiling is beamed, and there is quite a bit of storage space.
天花板设有横梁，而且储物空间相当可观。
But in order to make it a general-purpose data storage system, it is very important to attain these desirable goals simultaneously with the acceptable bit error rate (BER)(10 -12).
但要成为特性优良的通用型信息存储系统，就必须以可接受的误码率同时满足这些性能指标（计算机外存储器的基本要求是使用户误码率低于10 - 12 ） 。
Besides, the compression mechanism of Dynamic Bit Vector (DBV) was used to store the edge weights in undirected graph to improve the spatial storage efficiency of the algorithm.
此外，采用一种动态位向量(DBV)的压缩机制对无向图中边的权重进行压缩存储，以有效地提高算法的空间存储效率。
An access transistor (54) is coupled between each storage node (SN, SNB) and a write bit line (WWB0) and controlled by a write word line (WWL0).
存取晶体管(54)耦合在每个存储节点(SN,snb)和写入位线(WWB0)之间，并且由写入字线(WWL0)控制。
These include on-line, off-line or near-line storage, required throughput rate, maximum allowed bit error rate, or special handling or backup procedures.
这些服务或措施包括在线、离线或联网存储，要求的吞吐率、允许的最大误码率以及特殊处理或备份程序。
The result is a multichannel audio signal having a significantly lower bit rate for efficient transmission or storage.
这样得到的多声道音频信号具有极大地降低的比特率，用于有效的发送或存储。
The temporal sub-sampling technique of the video sequence is very important for the video transmission in the low-bit-rate channel and the video storage in the limited storage space.
视频序列的时域亚采样对于低比特率信道上的视频传输和存储空间受限条件下的视频存储具有十分重要的意义。
The dimension of texture is only restricted by hard storage capacity and floating point bit depth, while the efficiency is comparable to small size hardware texturing.
该算法使用的纹理数据的大小仅受到硬件容量和浮点数精度的限制，并且运行效率与使用普通纹理相差不大。
Each of the right and left charge storage regions are capable of storing one-bit of information, which can be programmed and read through minimal adaptation of standard EPROM techniques.
每个右和左电荷存储区都能够存储一位信息，此信息可以通过标准EPROM技术的微小调整来编程和读取。
This paper discusses the design and implementation methods of a high-speed data acquisition and storage system based on 64-bit PCI bus.
本文探讨了一种基于64位PCI总线的高速数据采集与存储系统的设计与实现方法。
Unless it is a bit-field (9.6), a most derived object shall have a non-zero size and shall occupy one or more bytes of storage.
除非作为位域(9.6)，最终派生对象总是具有非零大小并总占用一个以上字节的存储。
Storage assignment on a 64-bit platform is different from assignment on a 32-bit platform.
位平台上的存储分配与32位平台上的存储分配不同。
Storage assignment on a 64-bit platform is different from assignment on a 32-bit platform.
位平台上的存储分配与32位平台上的存储分配不同。
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