本文提出了一个基于目录的高速缓存一致性协议的改进方案。
The Improvement of Directory-based Cache Coherence Protocol is put forward in this paper.
高速缓存一致性协议用于解决多个高速缓存的不一致性问题。
Cache coherence protocols are used to solve the incoherence problem of several Caches.
为了提高性能，当前的高速缓存一致性协议允许将事务分成多个阶段，支持多个请求同时并存。
To enable higher performance, current cache coherence protocols allow transactions to be split and allow multiple outstanding requests.
每个pod具有自己的处理器和内存，并通过一条高速缓存一致性互连总线(cache - coherent interconnect bus)连接到较大的系统。
Each pod has its own processors and memory, and is connected to the larger system through a cache-coherent interconnect bus.
在多处理嚣系统中，高速缓存的一致性协议是很重要的。
It is important for Cache Coherence Protocol in Multiprocessor Systems.
只要在系统中添加第二个高速缓存服务器，就会遇到以下问题：如果多个服务器应该包含相同的数据，如何维护多个服务器之间的一致性呢？
As soon as you add a second cache server to the system, you encounter this problem: how do you maintain the consistency among the multiple servers that should contain identical data?
高速缓存使用HTTP和专用的高速缓存协调协议相互通信，以适当分配内容并维护服务器之间的一致性。
The caches communicate among themselves, using HTTP and special cache-coordination protocols, to divide the contents appropriately and maintain consistency among the servers.
高速缓存使用HTTP和专用的高速缓存协调协议相互通信，以适当分配内容并维护服务器之间的一致性。
The caches communicate among themselves, using HTTP and special cache-coordination protocols, to divide the contents appropriately and maintain consistency among the servers.
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