存储内存不足。
Unable to complete requested action. Out of storage memory.
无法完成请求的操作。存储内存不足。
Unable to complete requested action. Out of storage memory. \0
无法完成请求的操作。存储内存不足。\0。
The performance test LPAR was configured with 12 GB of central storage memory.
性能测试LPAR配置了12GB的中心存储内存。
Unable to write to the file. Storage memory may be full. Please delete some files and try again.
无法写入文件。存储内存可能已满。请删除一些文件后再试。
Use CPLD to control the CMOS image sensor and the flash storage memory to record the image in the image record part.
其中图像摄取部分采用CPLD控制CMOS图像传感器采集图像，并把图像数据存入大容量闪速存储器。
Nokia C6 has 340 MB of internal user memory, while Nokia C7 has up to 350 MB of internal memory and 8 GB of storage memory.
NokiaC6有340MB的内存而NokiaC7的内存为350 MB,8g的储存空间。
Archive apps: Customers can now archive their apps to SD Card or on-device storage memory and reinstall when they want to use them.
档案应用服务：客户现在可以封存其企业应用到SD卡或设备的储存记忆体，并重新安装时，要使用他们。
Running the program from external storage memory is not advised since when connected to PC the external card could be unrecognizable by the system.
运行程序从外部存储内存不建议，因为当连接到PC的外部卡可以被系统认不出来。
SMU module adopts the clock-gating method was applied to the survivor path storage block, reduce the survivor path storage memory power dissipation effectively.
在幸存路径管理模块采用门控时钟的方法，有效地降低了对幸存路径存储部分的功耗。
On other platforms, working storage memory is sometimes referred to as anonymous memory. Examples of virtual memory regions that consist of working storage pages are.
在其他的平台中，工作存储内存有时也称为匿名内存。
In this view, continual adjustments are made between learning or memory storage (input) and forgetting (output).
根据这种观点，在学习或记忆存储（输入）和遗忘（输出）之间不断进行调整。
Sleep spindles are brief but intense bursts of activity that indicate information transfer between two different memory storage areas, the hippocampus and the neocortex.
睡眠纺锤波非常的短暂但强烈的活动，它表明信息在海马和新大脑皮质两种不同的记忆储存区域传递。
A buffer pool is an area of storage in memory into which database pages (containing table rows or index entries) are temporarily read and changed.
缓冲池是内存中的一块存储区域，用于临时读入和更改数据库页(包含表行或索引项)。
For memory or storage resources, it might therefore be possible to recover data written by a previous user.
从而，对于内存或存储资源来说，有可能恢复出前面用户写入的数据。
Many view virtualization as a consolidation of CPU, memory, and storage, but this oversimplifies the solution.
许多人视虚拟化为CPU，内存和存储的巩固，但是这样太过简单化解决方案了。
These characteristics recognize that service realization ultimately runs in one or more physical containers with limited resources such as CPU cycles, storage, memory, network bandwidth, and so on.
这些特征意味着服务实现最终在一个或多个物理容器中运行，容器具有有限的CPU周期、存储空间、内存、网络带宽等资源。
Between data storage and memory structure, there are number of virtual or background processors that are busy with processing SQL statements.
在数据存储器和内存结构之间，有许多虚拟或后台处理器忙于处理sql语句。
This high success rate attests to the massive storage ability of long-term memory.
如此高的成功率应证了长期记忆的巨大存储能力。
The working storage pages for shared memory regions are not released until the shared memory region is deleted.
对于共享内存区域，直到删除共享内存区域之后，才会释放其工作存储分页。
Computers memory, data storage, and data communication have their own rough approximations of Moore's Law.
电脑内存、数据储存与传输，都拥有大致类似于摩尔定律的规律。
Auxiliary storage devices will augment the memory capacity.
辅助存储设备可以加大内存容量。
At its simplest, it is an abstraction of the server's physical resources (CPU, memory, storage) from the logical resources presented to consumers.
简单地说，是将服务器物理资源(CPU、内存、存储)抽象成逻辑资源和呈现给用户。
Computer memory, data storage, and data communications have their own rough approximations of Moore's Law.
计算机内存、数据存储设备和数据通讯设备也有着它们自己的类似定律。
New automated storage and memory management add to existing support for automated recovery of system failures.
除了对系统故障自动恢复的现有支持之外，增加了新的自动存储和内存管理特性。
Due to the memory storage technology used in SSDs, the performance is an order of magnitude higher than regular hard disk drives.
由于SSD中采用了内存存储技术，SSD的性能比常规硬盘驱动器高出了一个数量级。
In addition to increasing database capacity, large RID support can also simplify table space management (through consolidation) and improve storage and memory utilization.
除了增加数据库容量外，对大型RID的支持还简化了表空间的管理(通过合并)，并可以提高存储和内存的利用率。
The SPEs access main storage with direct memory access (DMA) commands that move data and instructions between main storage and a private local memory, called a local store or local storage (LS).
SPE用直接内存访问（DMA）命令访问主存储器，可以在主存储器与称为本地库或本地存储（LS）的私有本地内存之间移动数据和指令。
Round-tripping is the term used to describe a complete cycle, from storage medium into memory and back.
往返用于描述从存储媒介到内存然后回到存储媒介的完整循环。
Round-tripping is the term used to describe a complete cycle, from storage medium into memory and back.
往返用于描述从存储媒介到内存然后回到存储媒介的完整循环。
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