卷管理是在不对集群存储系统产生消极影响的前提下动态管理存储的能力。
Volume management is the ability to handle storage dynamically without negatively impacting a cluster's storage system.
实验结果表明，存储系统中的热点区域一般是比较稳定的，而实现了设备间的数据动态调整后，对虚拟盘的平均访问响应时间可缩短23%。
The experiments show that the hot regions in the storage system are quite steady, and after the dynamic adjusting between devices, the average response time of virtual disks can be reduced by 23%.
在集群环境下，将分布式的外设构成一种动态虚拟存储系统能够较好地解决这个问题。
To solve the problem, it is a good idea to construct the distributed disks in cluster system into a DVDA(dynamic virtual parallel disk array).
但是，固体浸没透镜光存储系统必须解决精密聚焦伺服问题和动态飞行高度控制问题。
But to use SIL recording, the problems of the focusing servo and the dynamically flying height control of the SIL must be solved.
针对本地分布式存储系统的拓扑结构与存储组成单元的特性，提出了一种基于频度的动态副本算法FBDR。
Based on the characteristics of topology and storage nodes of local distributed storage systems, a new Frequency Based Dynamic Replica (FBDR) strategy is proposed.
PASIS架构将分散式存储系统、数据冗余和编码技术以及动态自维护技术相结合，创建了生存力强的信息存储技术。
PASIS architecture combines decentralized storage system technologies, data redundancy and encoding, and dynamic self-maintenance to create survivable information storage technology.
P 2 P存储系统结点具有高动态特征，结点频繁地上下线给系统的可靠性分析带来困难。
P2P storage system nodes are highly dynamic. That nodes are from online to offline frequently will lead difficulty to system reliability analysis.
同时，随着存储系统容量的增加，该系统所能提供的并发流的数量也随之动态增加。
At the same time, the number of parallel data stream supported by the system dynamically increases with the expansion of storage system capacity.
同时，随着存储系统容量的增加，该系统所能提供的并发流的数量也随之动态增加。
At the same time, the number of parallel data stream supported by the system dynamically increases with the expansion of storage system capacity.
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