Let's get out there and kick some shell, Commander -
The Arturo War, Season 2, Episode 4: The Battle for
Nova Londinum
Dreaming strangely and long. The above quote from last
night's efforts. They're starting to come with titles,
credits, soundtracks, and occasionally commercial breaks.
Unfortunately, most of my dreams appear to be made in the
70's with cheap special effects (and awful haircuts). It's
not freaky yet. If one of these films or series ever
appears in the external world, then I shall be duly
freaked...but not today.
ARGH! Looks like Deus Ex 2 and Thief
3 just got the 'Microsoft Xbox Kiss Of Death'. Change
them to suit a console, and they just won't be the games we
want to play. Don't change them to suit a console, and they
won't make enough dollars to get a PC port after the 6 or
12 months that the Kiss requires. I am bummed.
Cabled and wired and moved appliances between here and
Preston. Results are more than satisfactory. Now, I just
have to acquire a particular Akai remote.
Thought about EMP cannons. Delivery of a focused EM pulse
to a target is easy (at least over short distances of say,
20 or 30 metres). Detaching a coherent fluid magnetic
matrix from the point of generation and handing over to the
delivery guide seems trickier. Oh...wait. No, I have it
now. Duh. I should have thought of that two days ago. That
brings us back to the power requirement again, but that was
to be expected. Not a toy to be operated from a car
cigarette lighter.
Can discriminator-bridged backpropagation be applied to a
self-organising Kohonen network? I mean if I track input
and output sets in a sequential short-term memory buffer
with an applied discriminator, then apply backpropagation
techniques to the Kohonen network, will I have guided
organisation between circumstantial inputs and actualised
outputs? Has anyone tried it? Do any of you actually lay
awake nights thinking about that sort of thing?
P2P developers: MD5 is both order and length dependent.
Think about it. C'mon guys...the secret is to bang the
rocks together.
Is there any current real-world analogue to myomer (other
than kelp or actual muscle tissue)? You know, the whole
contractile-response-to-electricity thing.
Entropy is just another statistic.
Some days I don't much have to wonder why it is that most
folks don't seem to understand half of what I'm talking
about.