直觉上，这个问题有些类似于缓存一致性。
Intuitively this problem is very similar to the cache coherency problem.
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.
在移动计算环境中，保证缓存有效性的一个重要的因素就是维护缓存一致性。
In mobile computing environment, one of the important factors to ensure cache validity is maintaining cache coherency.
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。
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.
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.
分布式锁管理机制实现了GOS之间数据访问的同步协调，写通和写—无效的数据更新策略保证了GOS的缓存一致性。
The distributed lock system is used to synchronize GOS steps when accessing data. The consistency of the distributed cache is guaranteed by updating strategies of write-through and write-invalidate.
最后通过模拟测试，比较不同的缓存一致性控制算法的特点和性能，证明在存在数据竞争的情况下，P 2pbcc要优于其他算法。
Finally, we simulation some algorithms, and compare their character and performance. P2PBCC outperforms the other ones while there is data contention among clients.
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.
通过分析传统的缓存一致性策略，提出一种基于对等移动客户端的缓存策略，它是在基于窗口的时间戳策略的基础上，引入对等客户端的概念，使得每个移动客户端可以作为临时的虚拟服务器，来发送缓存信息。
In this paper, we analyzed the traditional cache coherency scheme, and described a cache scheme based on peer mobile client, which applied the new concept on the time stamp scheme based on Windows.
在缓存缺乏一致性的情况下，两个不同的处理器可以看到在内存中同一位置处有两种不同的值。
In the absence of cache coherency, two different processors may see two different values for the same location in memory.
Sinatra在模板渲染中采用的是Tilt框架，从而可以支持模板缓存、一致性模板堆叠和新的模板引擎。
Sinatra's use of the Tilt framework for template rendering adds support for template caching, for consistent template backtraces, and for new template engines.
ActiveSpace也使用ActiveCluster来保持缓存内容(例如实体bean、部署和JNDI目录信息)的一致性。
ActiveSpace also USES ActiveCluster to preserve the consistency of caches holding, such as entity bean, deployment, and JNDI directory information.
WebSphereeXtremeScale提供了极其强大的一致性分布式缓存。
WebSphere extreme Scale provides an extremely powerful coherent distributed cache.
这个区域存在一个潜在问题，因为它不能保证各缓存之间的数据的一致性。
This region does face a potential problem because the region does not guarantee data consistency between caches.
通过合适的配置，DRS可以在整个集群范围内复制缓存的对象并保持缓存数据的一致性。
By configuring correctly, DRS replicates the cached object across the whole cluster and keeps the consistency of the cached data.
此过程有助于防止缓存和数据库之间出现数据不一致性。
This procedure helps to prevent data inconsistencies between the cache and database.
缓存中对象的生命周期由跨越一组数据访问的缓存中的数据一致性决定。
The lifetime of objects in the cache is determined by the consistency of the data in the cache across a set of accesses to the data.
在一个J2SE环境中，如果语句缓存太小或批量太大，您可能会因语句缓存中的不一致性而收到SQL异常。
In a J2SE environment, if the statement cache is too small or the batch size too large, you may receive SQL exceptions resulting from inconsistencies in the statement cache.
这种模式可以提高性能，也有助于保持在缓存中的数据之间的一致性和底层数据存储的数据。
This pattern can improve performance and also helps to maintain consistency between data held in the cache and the data in the underlying data store.
Ari说Ehcache可以作为本地缓存，开发者可以使用其提升单结点或多结点应用的性能(在这种情况下，缓存中的数据不一致性是可以接受的)。
Ari said that Ehcache can serve as a local cache that the developers can use to boost the performance of single node or multi-node applications where inconsistent data in the cache is acceptable.
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.
然后针对数据同步技术、缓存的一致性技术、可变一致性复制机制进行了不同程度的研究。
Thence it is processed variant degree research on data synchronism technology, cache consistency technology and variable consistency server replication.
对象缓存需要解决诸如系统的可伸缩性，数据完整性，数据一致性以及数据的容错性。
So object cache must solve problems in system scalability, data integrity, data consistency and data fault tolerance etc.
描述该框架的组成结构与工作原理，对缓存设计时需要解决的透明性、一致性、替换算法和预取策略等主要问题进行讨论并给出性能测试和分析。
It describes in structure and principle of ABWC and discusses transparency, consistency, replacement algorithm, prefetching policy and other main problems which need to be solved in cache designing.
就客户端缓存实现的一些关键性问题，如一致性、查找、替换等进行了研究，给出了解决方案，并在此基础上实现了一个客户端缓存的原型系统。
The resolutions of the key problems such as consistency, searching and replacement of client caching are presented with the implementation of the client caching prototype.
明确地做一个DMA，以确保一致性无效之前从缓存层次结构的物理内存区域。
Explicitly invalidate a region of physical memory from the cache hierarchy before doing a DMA, to ensure coherency.
设计使用基于查询相关查询的缓存代替传统缓存，对于缓存的结构、查询匹配、一致性维护策略及替换策略均作了详细设计。
Using correlative query cache to replace tradition cache, the article designs and implements the cache structure, query matching, strategy of consistency and strategy of replacement.
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.
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.
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