新的替换算法（LRU 与FIFO）
这就是页面替换算法要解决的问题。
This is the page replacement algorithm to solve the problem.
在分析本策略的替换机制后，给出了具体的替换算法。
After analysing its mechanism, it gives the replacement algorithm in detail.
元数据缓存使用改进的广播一致性协议和 LRU替换算法 。
The metadata caching uses a modified broadcasting caching coherence protocol and LRU caching block replacing algorithm.
操作系统用的进一步理解各种算法的性能，并且进一步理解各种页面替换算法的优缺点。
Operating system with the further understanding of algorithms, and to further understanding of pages replacement algorithm are discussed.
同时，通过当前索引节点的替换算法和备份策略进一步提高整个网络的查询性能和稳定性。
Furthermore, a replacement algorithm of current index nodes and backup strategy were proposed to improve the query performance and stability of the overall network.
指出了基于随机带无规则的背景图片码认证的客户端提交是一种可行的、较安全的替换算法。
Moreover, this paper also introduces a replaced algorithm based on validation of random image code with irregular background in client.
通过对流媒体访问特性的分析，提出并实现了基于可变窗口的流媒体缓存替换算法CABVW。
Based on analyzing the characteristics of streaming media accessing, Caching Algorithm Based on Variable Window (CABVW) is presented in this paper.
同时采用基于粒子群优化的LSB替换算法来嵌入隐秘信息，取得了很好的图像质量和嵌入效果。
The proposed method made use of the LSB matching method based on particle swarm optimization algorithm to embed the secret data and maintain image quality.
在分析符号替换算法特点的基础上，提出了基于此算法的光电混合型计算机OEHCBSS的体系结构及其算法。
Based on the analysis of the symbolic substitution algorithm, an optoelectronic hybrid computer (OEHCBSS) architecture which is based on the algorithm is proposed.
另外相信本文提出的SLRU- K - EA缓存替换算法对于其它的磁盘文件缓存系统也有良好的借鉴意义。
It is also believed that the proposed SLRU-K-EA algorithm in the paper is a good reference to other disk file caching systems.
针对BTB部件的功能需要，采用了随机替换算法以及两位饱和计数器算法，并给出电路实现，其电路结构简单，占用面积小。
According to the desire of BTB's function, the paper realizes a pseudo-LRU replacement algorithm and two-bit bimodal algorithm. The circuit has advantages in its simple structure, and small space.
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.
针对网格环境下数据高度动态性的特点，提出了一种基于价值模型的数据副本替换算法，给出了副本价值计算方法，并把它应用到数据副本替换中。
Adapting to the high variation environment in data grid, a data replica replacement algorithm based on value model is proposed and the arithmetic to calculate replica value is introduced.
以前，它的工作方式非常简单：如果您的文件页面 (numperm%)大于maxperm%，那么页面置换算法将仅替换文件页面。
The way it worked in the past was actually quite simple: If your file pages (numperm%) were greater than the actual maxperm%, then the page replacement would only steal file pages.
以前，它的工作方式非常简单：如果您的文件页面 (numperm%)大于maxperm%，那么页面置换算法将仅替换文件页面。
The way it worked in the past was actually quite simple: If your file pages (numperm%) were greater than the actual maxperm%, then the page replacement would only steal file pages.
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