2009/7/28 James Cameron :
> I'm told that CSIRO, which operates the telescope, was responsible for
> much of the research that went into wireless ethernet.
And suing everyone who implemented it. :(
Thanks for the report!
Daniel
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Mitch Bradley wrote:
> The filesystem is no longer internally compressed. The current size for
> the XO-1.5 system is 1.1 GB.
Interesting.
Build 767 had an ext3 version:
http://download.laptop.org/xo-1/os/official/767/ext3/xo-1-olpc-stream-8.2-build-767-20081001_1633-devel_ext3-tree.tar.bz2
Un
I agree with the proposal.
I'm on the other side with respect to size of root ... 2 GB doesn't seem
safe enough given the current 1.1 GB size we have. But on the other
hand, repartitioning later is probably quite practical.
--
James Cameron
http://quozl.linux.org.au/
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A set of XO-1 units was demonstrated by Petria and James Cameron at
Parkes Radiotelescope a week and a half ago, with about 6500 visitors to
the site walking past the demonstration.
It was a hit with the kids, who automatically clustered around the table
to fit the available keyboard slots. The p
mitch wrote:
> This is a request for comments on a proposed disk layout for XO-1.5.
>
> XO-1.5 will have "managed NAND" instead of raw NAND, so we can use
> conventional filesystems instead of e.g. JFFS2.
>
> Proposal:
>
> The internal NAND storage will be partitioned with an FDISK part
The filesystem is no longer internally compressed. The current size for
the XO-1.5 system is 1.1 GB. 2 GB gives some headroom for growth and
for temporary overages during updates.
Walter Bender wrote:
> Why such a large system partition?
>
> -walter
>
> On Mon, Jul 27, 2009 at 6:17 PM, Mitch B
Why such a large system partition?
-walter
On Mon, Jul 27, 2009 at 6:17 PM, Mitch Bradley wrote:
> This is a request for comments on a proposed disk layout for XO-1.5.
>
> XO-1.5 will have "managed NAND" instead of raw NAND, so we can use
> conventional filesystems instead of e.g. JFFS2.
>
> Prop
This is a request for comments on a proposed disk layout for XO-1.5.
XO-1.5 will have "managed NAND" instead of raw NAND, so we can use
conventional filesystems instead of e.g. JFFS2.
Proposal:
The internal NAND storage will be partitioned with an FDISK partition
map, into three partitions:
/
Hi Mike,
Thanks, you should be able to push here now:
git+ssh://mdaw...@dev.laptop.org/git/projects/sdli
http://wiki.laptop.org/go/Importing_your_project
- Chris.
--
Chris Ball
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1. Project name :Simple Digital Library Index
2. Existing website, if any :none
3. One-line description :Makes it simple and easy to generate a
library index of resources stored on a school server for example.
4. Longer description :Simple Digital Library Index (SDLI) is
desi
Deepak/Luke/Mitch,
ALSA: hda - Reduce click noise at power-saving
http://kernel.ubuntu.com/git?p=dtchen/ubuntu-karmic.git;a=commitdiff_plain;h=d6c571bdc08f1958f70c71eb11677066729e8505
This seems worth looking at for power-down clicks. I'm surprised to
see a 100ms (non-blocking) delay in the powe
On Mon, Jul 27, 2009 at 1:33 PM, Mike Dawson wrote:
> Dear All,
>
> In Afghanistan we wanted to have a system that would make it as simple
> as possible to make a relatively large, replicated digital library
> accessible locally on the school server (external bandwidth here is
> about 64kbps per sc
Hi Mike,
> I have made a wiki page at:
> http://wiki.laptop.org/go/SimpleDigitalLibraryIndex
>
> I would be interested in using OLPC project hosting for this - I
> looked at the Contributor's program on the wiki. We have laptops
> here :) - just need project hosting. As per th
don't know how the Scratch site has negotiated this on a legal front but
sharing and remixing of student generated content seems to work pretty well
there ...half a million projects uploaded there
http://scratch.mit.edu/
and that would be a tiny percentage of what is sitting on school networks
Dear All,
In Afghanistan we wanted to have a system that would make it as simple
as possible to make a relatively large, replicated digital library
accessible locally on the school server (external bandwidth here is
about 64kbps per school). In addition we wanted something that was
very fast and
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