Toward a standard IEEE Mover

J. Merrill
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引用次数: 1

Abstract

It is noted that, since the early work on the IEEE Mass Storage System Reference Model (MSSRM) in the fall of 1983, mover functionality was recognized as an important part of a data storage system. After giving a brief overview of the Version 4 Mover, the changes and enhancements worked out by the Mover Subcommittee in the process of upgrading the Mover to Version 5, along with the rationale for these changes, are described. In Version 5 of the MSSRM, the Mover has changed from being almost totally dependent on an intimate connection to either the Storage Server or the Bitfile Client to being an independent, self-contained entity. The new Mover also has become somewhat of a guardian of the physical devices in a storage system and the bitfiles stored there. By adding security features and client authentication, the Mover now has the ability to protect data and allow various types of restricted access to devices. The author also discusses some of the issues that still need to be worked out by the IEEE Storage System Standards Working Group in integrating the Mover into the overall model and working toward a standard.<>
朝着标准的IEEE Mover迈进
值得注意的是,自1983年秋季IEEE海量存储系统参考模型(MSSRM)的早期工作以来,移动功能被认为是数据存储系统的重要组成部分。在简要概述了第4版Mover之后,介绍了Mover小组委员会在将Mover升级到第5版的过程中所做的更改和增强,以及这些更改的基本原理。在MSSRM的第5版中,Mover已经从几乎完全依赖于与存储服务器或Bitfile客户端的紧密连接转变为一个独立的、自包含的实体。新的Mover也在某种程度上成为了存储系统中物理设备和存储在那里的位文件的守护者。通过添加安全特性和客户端身份验证,Mover现在能够保护数据,并允许对设备进行各种类型的限制访问。作者还讨论了IEEE存储系统标准工作组在将Mover集成到整体模型中并朝着标准的方向努力时仍然需要解决的一些问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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