From: Andrew Morton <akpm@digeo.com>
To: colpatch@us.ibm.com
Cc: linux-kernel <linux-kernel@vger.kernel.org>,
linux-mm@kvack.org, LSE <lse-tech@lists.sourceforge.net>,
Martin Bligh <mjbligh@us.ibm.com>,
Michael Hohnbaum <hohnbaum@us.ibm.com>
Subject: Re: [rfc][patch] Memory Binding API v0.3 2.5.41
Date: Wed, 09 Oct 2002 20:05:16 -0700 [thread overview]
Message-ID: <3DA4EE6C.6B4184CC@digeo.com> (raw)
In-Reply-To: 3DA4D3E4.6080401@us.ibm.com
Matthew Dobson wrote:
>
> Greetings & Salutations,
> Here's a wonderful patch that I know you're all dying for... Memory
> Binding!
Seems reasonable to me.
Could you tell us a bit about the operator's view of this?
I assume that a typical usage scenario would be to bind a process
to a bunch of CPUs and to then bind that process to a bunch of
memblks as well?
If so, then how does the operator know how to identify those
memblks? To perform the (cpu list) <-> (memblk list) mapping?
Also, what advantage does this provide over the current node-local
allocation policy? I'd have thought that once you'd bound a
process to a CPU (or to a node's CPUs) that as long as the zone
fallback list was right, that process would be getting local memory
pretty much all the time anyway?
Last but not least: you got some benchmark numbers for this?
Thanks.
WARNING: multiple messages have this Message-ID (diff)
From: Andrew Morton <akpm@digeo.com>
To: colpatch@us.ibm.com
Cc: linux-kernel <linux-kernel@vger.kernel.org>,
linux-mm@kvack.org, LSE <lse-tech@lists.sourceforge.net>,
Martin Bligh <mjbligh@us.ibm.com>,
Michael Hohnbaum <hohnbaum@us.ibm.com>
Subject: Re: [rfc][patch] Memory Binding API v0.3 2.5.41
Date: Wed, 09 Oct 2002 20:05:16 -0700 [thread overview]
Message-ID: <3DA4EE6C.6B4184CC@digeo.com> (raw)
In-Reply-To: 3DA4D3E4.6080401@us.ibm.com
Matthew Dobson wrote:
>
> Greetings & Salutations,
> Here's a wonderful patch that I know you're all dying for... Memory
> Binding!
Seems reasonable to me.
Could you tell us a bit about the operator's view of this?
I assume that a typical usage scenario would be to bind a process
to a bunch of CPUs and to then bind that process to a bunch of
memblks as well?
If so, then how does the operator know how to identify those
memblks? To perform the (cpu list) <-> (memblk list) mapping?
Also, what advantage does this provide over the current node-local
allocation policy? I'd have thought that once you'd bound a
process to a CPU (or to a node's CPUs) that as long as the zone
fallback list was right, that process would be getting local memory
pretty much all the time anyway?
Last but not least: you got some benchmark numbers for this?
Thanks.
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next prev parent reply other threads:[~2002-10-10 2:59 UTC|newest]
Thread overview: 55+ messages / expand[flat|nested] mbox.gz Atom feed top
2002-10-10 1:12 [rfc][patch] Memory Binding API v0.3 2.5.41 Matthew Dobson
2002-10-10 3:05 ` Andrew Morton [this message]
2002-10-10 3:05 ` Andrew Morton
2002-10-10 18:29 ` Matthew Dobson
2002-10-10 18:29 ` Matthew Dobson
2002-10-10 4:06 ` Martin J. Bligh
2002-10-10 4:06 ` Martin J. Bligh
2002-10-10 18:43 ` Matthew Dobson
2002-10-10 18:43 ` Matthew Dobson
2002-10-10 9:00 ` Arjan van de Ven
2002-10-10 18:55 ` Matthew Dobson
2002-10-10 18:55 ` Matthew Dobson
2002-10-10 10:06 ` Arjan van de Ven
2002-10-10 11:22 ` Alan Cox
2002-10-10 11:22 ` Alan Cox
2002-10-10 11:28 ` William Lee Irwin III
2002-10-10 11:28 ` William Lee Irwin III
2002-10-10 19:09 ` Matthew Dobson
2002-10-10 19:09 ` Matthew Dobson
2002-10-10 19:06 ` Matthew Dobson
2002-10-10 19:06 ` Matthew Dobson
2002-10-10 19:01 ` Matthew Dobson
2002-10-10 19:01 ` Matthew Dobson
2002-10-13 22:22 ` Eric W. Biederman
2002-10-13 22:22 ` Eric W. Biederman
2002-10-15 0:14 ` Matthew Dobson
2002-10-15 0:14 ` Matthew Dobson
2002-10-15 0:20 ` Martin J. Bligh
2002-10-15 0:20 ` Martin J. Bligh
2002-10-15 0:38 ` Matthew Dobson
2002-10-15 0:38 ` Matthew Dobson
2002-10-15 0:43 ` Martin J. Bligh
2002-10-15 0:43 ` Martin J. Bligh
2002-10-15 0:51 ` Matthew Dobson
2002-10-15 0:51 ` Matthew Dobson
2002-10-15 0:58 ` William Lee Irwin III
2002-10-15 0:58 ` William Lee Irwin III
2002-10-15 0:55 ` [Lse-tech] " john stultz
2002-10-15 0:55 ` john stultz
2002-10-15 1:08 ` Martin J. Bligh
2002-10-15 1:08 ` Martin J. Bligh
2002-10-15 1:20 ` William Lee Irwin III
2002-10-15 1:20 ` William Lee Irwin III
2002-10-15 1:29 ` Martin J. Bligh
2002-10-15 1:29 ` Martin J. Bligh
2002-10-15 1:40 ` William Lee Irwin III
2002-10-15 1:40 ` William Lee Irwin III
2002-10-15 1:57 ` William Lee Irwin III
2002-10-15 1:57 ` William Lee Irwin III
2002-10-15 1:08 ` William Lee Irwin III
2002-10-15 1:08 ` William Lee Irwin III
2002-10-15 1:16 ` Martin J. Bligh
2002-10-15 1:16 ` Martin J. Bligh
2002-10-15 17:21 ` Eric W. Biederman
2002-10-15 17:21 ` Eric W. Biederman
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