>From owner-simulators Mon Aug 7 14:45:31 1995 Received: from meitner.cs.washington.edu (meitner.cs.washington.edu [128.95.2.104]) by june.cs.washington.edu (8.6.12/7.2ju) with ESMTP id OAA16446; Mon, 7 Aug 1995 14:45:30 -0700 Received: from localhost (localhost [127.0.0.1]) by meitner.cs.washington.edu (8.6.12/7.2ws+) with SMTP id OAA09287; Mon, 7 Aug 1995 14:45:30 -0700 Message-Id: <199508072145.OAA09287@meitner.cs.washington.edu> To: simulators@cs cc: pardo@meitner.cs.washington.edu Subject: SimOS paper Date: Mon, 07 Aug 1995 14:45:30 PDT From: " pardo@cs.washington.edu" X-Message-Id: simulators@cs.washington.edu, message #1995-08-003 X-Unsubscribe: e-mail `majordomo@cs.washington.edu', body `unsubscribe rtcg' [Administrivia: I've got a simulators WWW home page that is close to being web-presentable. I'd really like to spend a few hours I don't have making it more ship-shape, though. If you or anybody you know wants to spend some time and get some glory (credits for helping out), let me know: `pardo@cs.washington.edu'.] SimOS uses direct execution and/or and Shade-like instruction simulation. It uses the host MMU in a clever way to lower the cost of TLB simulation compared to e.g. `g88'. From: herrod@ncube.Stanford.EDU (Stephen Herrod) Newsgroups: comp.simulation Subject: Re: OS simulation Date: 4 Aug 1995 22:58:28 GMT Lines: 17 At Stanford we have developed SimOS, a multiprocessor hardware simulator that is both detailed and fast enough to support an operating system. We have ported SGI Irix 5.3 to the simulator and use it to evaluate operating system intensive workloads. A paper describing this system will appear in the Fall issue of IEEE Parallel and Distributed Technology. You can also get a copy of this paper from my web page: http://www-flash.stanford.edu/~herrod/ Steve Herrod ========================================================================== Steve Herrod Stanford University herrod@cs.stanford.edu (415)725-7354 http://www-flash.stanford.edu/~herrod/