1.
This device does not allow its write cache setting to be modified.
此设备不允许更改其写入高速缓存设置。
2.
Disable BIOS memory options such as caching or shadowing.
禁用bios中内存设置，诸如缓存和映射。
3.
Error allocating buffer to store undo settings.
分配缓冲区来存储撤销设置失败。
4.
Survey on Router Buffer Sizing Strategy
路由器缓存大小设置策略的研究综述
5.
Indicates a locale under which to compare strings within the cache.
指示在缓存中比较字符串时所用的区域设置。
6.
A TCP protocol model based method for setting up buffer size of router
基于TCP协议模型的路由器缓存容量设置方法
7.
Duration in seconds for clearing cache; select zero to default to the best timeout.
清除缓存的周期(以秒为单位)；选择0为默认值可获得最佳超时设置。
8.
Checking server to verify cache entry because force_reload is set
正在检查服务器以验证高速缓存条目，因为force_reload已设置
9.
The configuration cache has expired and is being updated.
配置缓存已过期，并且正在更新。
10.
"Cache transforms in secure location on workstation"
"将变换缓存在工作站上的安全位置"
11.
Improvement and Implementation of Replacement Algorithm for Cooperative Web Cache
Web合作缓存置换算法的改进与实现
12.
The Design of Cache and MMU Macro Cell;
片上高速缓存及内存管理宏单元设计
13.
This setting enables write caching to improve disk performance, but a power outage or equipment failure might result in data loss or corruption.
这个设置启用写入缓存来提高磁盘性能，但停电或仪器故障会造成数据遗失或损坏。
14.
The string buffer supplied to the string formatting routine in the extended stored procedure was too small to continue processing.
在扩展存储过程中，为字符串格式设置例程提供的字符串缓冲区过小，无法继续处理。
15.
However if you have caching enabled, the output will be cached with the rest of the template.
但当打开缓冲设置时，该输出会被其它模板缓冲.
16.
No in-memory group identifiers cache will be used because its size is configured to 0.
由于内存内部组标识符高速缓存的大小配置为 0，因此将不会使用内存内部组标识符高速缓存。
17.
No in-memory principal cache will be used because its size is configured to 0.
由于内存内部主体高速缓存的大小配置为 0，因此将不会使用内存内部主体高速缓存。
18.
A Buffer Sizing Approach in Critical Chain Scheduling with Attributes Dependent
属性相关的关键链计划缓冲设置方法