[Date Prev][Date Next][Thread Prev][Thread Next][Author Index][Date Index][Thread Index]
[merkle.pa@xxxxxxxxx: LEASES: AN EFFICIENT FAULT-TOLERANT MECHANISM]
- To: <us>
- Subject: [merkle.pa@xxxxxxxxx: LEASES: AN EFFICIENT FAULT-TOLERANT MECHANISM]
- From: Mark S. Miller <mark>
- Date: Mon, 27 Nov 89 19:37:34 PST
I'm going to skip it, but it looks like interesting stuff we should
revisit when we start doing real bebe
Date: 27 Nov 89 14:07:43 PST
Subject: LEASES: AN EFFICIENT FAULT-TOLERANT MECHANISM
23-Nov-89 Ira Greenberg <ira@xxxxxxxxxxxxx ITSC Seminar, Cary G. Gray,
Nov. 28, 1989
Received: from Score.Stanford.EDU ([126.96.36.199]) by Xerox.COM ; 23 NOV 89
Received: from pong6.itstd.sri.com by SCORE.STANFORD.EDU with TCP; Thu 23
Nov 89 23:34:50-PST
Received: by pong6.itstd.sri.com (5.61/1.3davy)
id AA05192; Thu, 23 Nov 89 23:31:31 -0800
Date: Thu, 23 Nov 89 23:31:31 -0800
From: Ira Greenberg <ira@xxxxxxxxxxxxx>
To: aic-staff@xxxxxxx, ba-seminars@xxxxxxxxxxx, colloq@xxxxxxxxxxxxxxxxxx,
cslstaff@xxxxxxxxxxx, davis@xxxxxxxxxxxxxxxxxx, hirani@xxxxxxx,
istc-menlo@xxxxxxxxxxxxxxxxxx, jcw@xxxxxxxxxxxxxx, jdan@xxxxxxx,
Subject: ITSC Seminar, Cary G. Gray, Nov. 28, 1989
Information and Telecommunications Sciences Center Seminar
LEASES: AN EFFICIENT FAULT-TOLERANT MECHANISM
FOR DISTRIBUTED FILE CACHE CONSISTENCY
Cary G. Gray
Computer Science Department
4:00 Tuesday November 28, 1989
Conference Room B, Building A
Caching introduces the overhead and complexity of ensuring consistency,
reducing some of its performance benefits. In a distributed system,
caching must deal with the additional complications of communication and
Leases are proposed as a time-based mechanism that provides efficient
consistent access to cached data in distributed systems. Non-Byzantine
failures affect performance, not correctness, with their effect minimized
by short leases. An analytic model and an evaluation for file access in
the V system show that leases of short duration provide good performance.
The impact of leases on performance grows more significant in systems of
larger scale and higher processor performance.
This work was performed jointly with David Cheriton, Stanford University.
Host: Ira Greenberg (415) 859-4941
NOTE FOR VISITORS TO SRI:
Please arrive at least 10 minutes early in order to sign in and be
shown to the conference room.
SRI is located at 333 Ravenswood Avenue in Menlo Park. Visitors
may park in the visitors lot in front of Building A (red brick
building at 333 Ravenswood Avenue, second driveway on the right,
east of Laurel) or in the conference parking area at the corner
of Ravenswood and Middlefield. The seminar room is in Building A.
Visitors should sign in at the reception desk in the Building A
IMPORTANT: Attendance is open, but visitors from certain countries
designated by the US government must make arrangements in advance.
If you have not already made such arrangements before your arrival,
admission to the seminar will be denied. If you believe you may be
from one of these countries and if you wish to make arrangements to
attend, please call Adam Barnett at (415) 859-3367.