private cache

Way selecting cache architecture for low power consumption;

采用路选择技术实现的低功耗高速缓存设计

Solution to the Optimization of Data Consistency in Embedded System with CACHE;

嵌入式系统高速缓存一致性优化解决方案

Design and performance analysis of non-inclusive cache on CMP;

CMP体系结构上非包含高速缓存的设计及性能分析

The Performance Analyse of Cache Memory;

本文分析了高速缓存的结构和工作原理 ,阐述了高速缓存的工作过程以及对处理器性能的影响。

First of all,a high speed buffer was deployed in the local server to cache the changing data.

该方法通过在本地服务器上部署高速缓存器来暂存服务器的变化数据,并在稍后通过备份线路将缓存的数据发送到远程服务器进行备份。

CacheDesignate the size of the cache

高速缓存指定高速缓存的大小

Number of cache objects in the cache

该高速缓存中高速缓存对象的数目

Currently in memory cache

当前在内存高速缓存中

Clear Memory Cache

清除内存高速缓存(Y)

Disk Cache Folder

磁盘高速缓存文件夹

IP cache server

IP高速缓存服务机

Currently in disk cache

当前在磁盘高速缓存中

two-way set-associative write-through cache

两路组联统写高速缓存

operand cache control

操作数超高速缓存控制

URL not found in cache

在高速缓存中找不到 URL

pipeline burst cache

流水线猝发高速缓存

Number of compressed buffers in the cache. This is included in the cache buffer total.

高速缓存中的压缩缓冲区。它是高速存储缓冲区的一部分。

Rate of cache filter hits. Queries were answered by filtering an existing cache entry.

高速缓存筛选命中的速率。 通过筛选现有的高速缓存项回答了查询。

Rate of cache direct hits. Queries were answered from an existing cache entry.

高速缓存直接命中的速率。从现有的高速缓存项回答了查询。

Bytes of cache memory in use by the server for burst buffers

服务器用于快速缓冲区的高速缓存字节数

Rate of queries answered from cache directly.

直接从高速缓存应答的查询的速率。

nonstore through cache

通过高速缓存的间接存储

The Design of Cache and MMU Macro Cell;

片上高速缓存及内存管理宏单元设计