This is an interesting topic, but I did see very many replies?
I noticed a book on this, and a review/update from the author (an
O'Reilly book).
Sorry I have not made time to go through it all. But the question: is
Linux too fluid to be effective for RT control?
I have not (yet) read the book or tried hard to look for answers.
Links:
The book:
Embedded Systems, Linux, and the Future
by Karim Yaghmour , author of Building Embedded Linux Systems
06/09/2003
An O'Reilly & Associates, Inc. Book
http://shop.oreilly.com/product/9780596002220.do
Companion web site
http://embeddedtux.org/
review:
http://embeddedtux.org/dox/2003-05-09-01.html
http://en.wikipedia.org/wiki/List_of_real-time_operating_systems
http://bsdmag.org/magazine/1067-embedded-bsd
This magazine was a free download for me
===
There is a company called Building System Design (BSD) Solutions ...
probably NOT what you were looking for!
... But how did you fare?
Mel
On Mon, 2013-02-18 at 21:18 -0700, [email protected] wrote:
> I work with friends very close to the bleeding edge in architecture and
> building technology.
>
> One of the things we want to do is control equipement. This will entail
> monitering power consumption and turning on and off a switch.
>
>
> This should likely run over a USB and Wifi i/f (both) With IPV6 we have
> enough addresses for every molecual near this part of the milky way. But the
> thing is this will be electrical so we can send a signal over the wires too.
>
>
> The electronics needs to be dirt cheap and the system IMHO should be OSS. I
> know this is a linux group but many of us use OpenBSD as well. But anything
> should be cross platform.
>
>
> Does anyone know if something like this is in motion? If not would anyone
> want to put some motion into someting like this?
>
>
> I believe a chip which can do this can be manufactured for under $1.00
>
>
> In about 1997 I hired a good friend by the name of Tom Rosack who is a Polish
> EE and we built a TDR. (Time Division Reflectometer) and we shot Telus'
> lines... and found the issues. The parts cost less than $20 dollars. We
> used an AAA batery and a dual channel osciloscope.
>
> The engineering cost a lot more than $20 dollars.
>
>
>
> But we were successful.
>
>
>
>
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