A Mass Storage System Administrator Autonomic Assistant
The growing complexity of mass storage systems at major data centers
is causing stress on system administrators to keep performance at
optimal levels. As storage requirements grow, so does the number of
routine tasks that the administrator must perform, as well as the time
it takes for these to be executed. The solution being proposed to ease
this burden is the Mass Storage System Administrator Autonomic
Assistant (MSSAAA). The MSSAAA is a collection of agents that perform
some of the more common tasks while the administrators handle
higher-level issues. Using the principles of autonomic computing, the
MSSAAA is governed by a centralized set of policies that the
administrator will review on a regular basis and can adjust as
necessary.
The goal is to develop an autonomic assistant to
substantially reduce the amount of time it takes to address specific
problems in the system. Using tools such as IBM’s Generic Log Adapter,
Resource Model Builder, and Autonomic Management Engine, the MSSAAA
has been able to (i) quickly determine when tape errors occur and
correct them, (ii) monitor the network file system mounts for poor
performance and report those, and (iii) correct network file system
handle problems through continuous monitoring. The preliminary savings
analyses show that the assistant saves the system administrator at
least 185 hours per year, and over six thousand dollars in related
costs. The results show how efficiently and effectively the MSSAAA
handled its assigned tasks, and how it has eased the daily burden of
storage system administrators.
Date: December 02, 2005
Type: MastersThesis
Publisher: University of Maryland, Baltimore County
Organization: Computer Science and Electrical Engineering
Downloads: 707
Has 1 soft copy
size 742259 bytesBibtex
@MastersThesis{A_Mass_Storage_System_Administrator_Auto,
author = "Randy Schauer",
title = "{A Mass Storage System Administrator Autonomic Assistant}",
month = "December",
year = "2005",
organization = "Computer Science and Electrical Engineering",
publisher = "University of Maryland, Baltimore County",
}