On Friday, 5 May 2017 15:47:33 BST Ralph Corderoy wrote:
> Again looking at it back to front, the simulation could help determine
> the limits of the real-world that can be handled.
Since the Pi has a clock speed of 700 MHz +, depending on the model and
everything else is analogue, I think it's
Hi Terry,
> The biggest problem that we encountered was simulating the real world
> parameters in a realistic way.
Again looking at it back to front, the simulation could help determine
the limits of the real-world that can be handled.
> For example. Our river system is likely to have a
On Friday, 5 May 2017 13:55:03 BST James Blake wrote:
> When I've seen similar things done in industrial control networks you
> typically create a software sandbox similar to that described in order to
> define the programmable logic controller commands.
I have experience of using similar systems
On Friday, 5 May 2017 13:37:02 BST Ralph Corderoy wrote:
> > Thanks. I'll look into that, although I doubt that we'll be writing
> > software for some time. We need to get the system design nailed down
> > first and we can't do that until we've built and tested some sensors.
>
> That seems
When I've seen similar things done in industrial control networks you typically
create a software sandbox similar to that described in order to define the
programmable logic controller commands.
These typically take the form of UI controls that simulate:
Sensors (a check box for binary
Hi Terry,
> > If the control logic looks like being at all complex you'll probably
> > want to simulate the system all in software; your control logic
> > versus random events/you acting as the gods.
...
> Thanks. I'll look into that, although I doubt that we'll be writing
> software for some
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