存储子系统

• Design and implementation of memory subsystem unit ; 3 . function simulation in three ways : 4 . coding optimization for improving the speed of msu
  存储子系统综合中进行的编码优化，主要目的是提高设计的速度，使存储子系统的时序达到设计要求。
• In effect , the san does in a network environment what traditionally has been done in a back - end i / o environment between a server and its own private storage subsystem
  实际上，存储区域网在网络环境中实现了传统上在服务器及其自己的专用存储子系统之间的后台i / o环境中实现的工作。
• Based on microsoft virtual disk service technology , storage manager for sans allows provisioning on fibre channel and internet scsi iscsi storage subsystems
  基于microsoft虚拟磁盘服务( vds )技术， san存储管理器允许在光纤通道存储子系统和internet scsi ( iscsi )存储子系统上提供存储。
• The storage manager for sans component of the microsoft windows server 2003 r2 operating system enables you to provision storage on one or more storage subsystems on a storage area network
  Microsoft windows server 2003 r2操作系统的san存储管理器组件允许您在存储区域网络( san )上的一个或多个存储子系统上提供存储。
• Effective monitoring of your domino environment should include not only statistics of individual systems and domino servers , but also performance of networking components and storage subsystems for example , san components if applicable
  Domino环境中有效的监控不仅仅包含单个系统和dominio服务器的统计信息，还应该包括网络组件和存储子系统（例如， san组件）的性能。
• The server side of the system consists of a storage subsystem , a storage service , and a login service , a load - balancing service , etc . this paper will introduce the design of the several modules in turn and lastly introduce the design of the interfaces of these modules
  个人网络磁盘系统的服务器端由存储子系统、存储服务、负载均衡服务、登录服务等模块组成。本文将依次介绍该系统中这几个模块的设计,最后介绍各模块之间接口的设计。
• In this dissertation , the following works have been finished : the architecture of performance & optimization manager system , interface between performance & optimization manager module and storage subsystem communication agent or client communication agent , policy of collecting and maintaining performance information , storage model of performance log file , performance optimization scheme based on block mapping service
  本文的主要工作包括构筑性能监视和优化系统的整体框架，协同设计系统内性能监视模块、优化模块与存储子系统的通信代理以及客户通信代理的通信接口，设计并实现性能数据的收集和维护策略，设计并实现性能日志文件的存储模式和文件处理工具，设计并实现基于块映射服务的性能优化方案。
• But within current technology of storage , raid is a popular mechanism to offer good fault - tolerance . , the realization of raid is builded based on flagments , mirror iamge and xor checkout . but raid is a kind of subsystem of storage builded on class of server . and its xor checkout is the checkout value that all flagments xor
  在目前的存储技术中， raid是广泛采用的保证数据可靠性的技术， raid的实现是建立在分块、镜像和xor校验的基础上的，但raid是建立在服务器级的一种存储子系统，且它的xor校验是指校验分块是所有分块数据进行异或( xor )操作所得出的校验值。
• The policy of collecting performance information is brought about , which based on multi - pri and changeable period polling algorithm . together with other control technology , this policy rapidly reduces the affect which performance manager system brings to storage subsystem , while the work of performance manager system is unchanged
  提出了基于多优先级可变周期轮询算法的性能情报收集策略，该策略结合其他控制技术，在保证监视效果的同时，大幅度降低了监视系统对存储子系统i / o性能的影响。
• In the paper , the constitution of the tilting control system in the tilting train is discussed , as well as the design of the front access , the subsystems of interruption , resetting , saving , communication and debugging . at the end of the paper , the driver program , working in the basement and passing the debug of the whole control system successfully , is mentioned
  论文在对倾摆作动系统的总体结构进行介绍之后，详细阐述了中断子系统、复位子系统和存储子系统；介绍了倾摆作动系统a / d 、 d / a转换的设计；在介绍了串口通信的基础知识后，对倾摆作动系统的通信子系统作了描述；给出了倾摆作动系统底层驱动的程序流程图，并对整个系统进行了调试。