It is important for Cache Coherence Protocol in Multiprocessor Systems.
在多处理嚣系统中,高速缓存的一致性协议是很重要的。
Cache coherence protocols are used to solve the incoherence problem of several Caches.
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。
The Improvement of Directory-based Cache Coherence Protocol is put forward in this paper.
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。
To enable higher performance, current cache coherence protocols allow transactions to be split and allow multiple outstanding requests.
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。
After analyzing characteristics of data caching, several solutions to problem of cache coherence are offered and a new directory lists method is designed for the cache system.
并在此基础上,通过分析数据缓存系统的特点,提出针对缓存一致性问题的解决方法,其中重点阐述为本文所提缓存系统模型而设计的一种改进方法,即目录表法。
After a sufficient condition of the deadlock-free design has been given, the directory-based invalidate cache coherence protocol is introduced and its cache coherence is verified using belief.
在避免系统死锁的前提下,设计了基于目录的无效使能协议,并证明其保证了缓存一致性。
In cases where cache data consistency is important, Ehcache can be distributed using the Terracotta Server Array. This gives developers a distributed cache that maintains data coherence.
在缓存数据的一致性是非常重要的场合下,可以通过TerracottaServerArray实现分布式的Ehcache,这样开发者就拥有了能够维护数据一致性的分布式缓存。
In cases where cache data consistency is important, Ehcache can be distributed using the Terracotta Server Array. This gives developers a distributed cache that maintains data coherence.
在缓存数据的一致性是非常重要的场合下,可以通过TerracottaServerArray实现分布式的Ehcache,这样开发者就拥有了能够维护数据一致性的分布式缓存。
应用推荐