structure cache

Aiming at data reuse in stream applications, we propose a stream data reuse oriented SDR-Cache structure, and optimize its performance by adopting FMB write-directly and life-time speculation techniques.

针对流应用中的数据重用情况，提出了一种面向流数据重用的SDR-Cache结构并采用FMB直写和生存期预测技术进行性能优化。

A cache management scheme is proposed based on the structure. The scheme uses agent technology to solve the problem of cache invalidation and to improve the utilization ration of cache.

最后，针对缓存一致性问题，建立了基于Agent的缓存系统结构，在此基础上提出一种基于Agent的缓存管理方案，该方案利用Agent技术解决缓存失效问题，提高缓存利用率。

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.

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。

In the model, we solve some problems, such as the storage structure definition, the data consistency, the distributed storage balance, the cache optimization.

在RCM模型中着重解决了以下问题：存储格式定义、数据一致性保证、分布式存储平衡和缓存优化问题。

This is a key, similar to a database key structure that identifies a particular cache entry as unique.

这是一个键值，如同数据库里的键结构，唯一地标识每一个高速缓存条目。

Uses the modular design thought, proposed the network module, cache module, the grammar and the semantic interpretation modules module, the display module, the UI module five basic modules, and have produced each module specific data structure;

采用模块化设计思想，提出了网络模块、缓存模块、语法及语义解析模块模块、显示模块、UI模块五个基本模块，并给出了每个模块的具体数据结构；