Outside of lame Slashdot jokes, Soviet Russia hasn't existed since 1991. Elcomsoft is in the Russian Federation.
tell that to Georgia, the Ukraine, the Baltic States, and Poland.
unless you're the author of the underlying study, I am unclear as to how you have knowledge of the methods and science behind what they are doing.
Electron microscopes have been around for decades. So long, in fact, that you do NOT have to explain how an electron microscope works every single time you show a picture taken with an electron microscope. Instead, you publish an article and you say "figure three was taken with an electron microscope" and anybody unclear on the subject can go and read up on how that works.
In the exact same way genetic algorithms have been around for decades. And in the exact same way, you do not have to spell out the precise details of what you're doing every single time you're using one. It is entirely sufficient to say "we used a genetic algorithm to evolve a certain behaviour (like food-seeking or poison avoidance) and found the following interesting social strategies...".
while i appreciate your attempt, it is unfortunately ill-adapted. The problem is that there's a fundamental dis-analogy between the two cases.
In the first case, "electron microscope" is a phrase that has only one usage and meaning. It does not have multiple possible understandings.
In the second case, this is apparently not so. "evolve", "food", and "genome" have a standard meaning which refer to a process in biology, sustenance for animals and plants, and the bearer of genetic material in the form of DNA/RNA and methylation.
the usage you are making of these terms is not this. If I want to use the term "Iron Condor" to refer to a mountain range near where I live, I should not go about publishing popular press articles as if I am referring to the same thing that others refer to.
as a second example, if I write a visual basic program and call it SQL, then publish an article about how I improved SQL 500%. I should really explain that I am not talking about the database language.
that's exactly what I am asking of the article.
If you aren't going to do that, then it means you're lazy, not that the article is "misleading".
I feel you're not putting your critical thinking cap on here. Your analogy was utterly disanalogous.
Yes, food is exactly the right word. Because it is a necessary precondition for survival and the passing on of sections of ones genome.
afraid not. that's not what food means. food provides sustenance for animals. these ain't animals and don't need the "food." we'll start with an easy link: here. I'll leave reading it as an exercise. if you want to use food in another meaning, please mark it as such.
That was actually helpful.
I see your point about the usefulness and prevalence of these analogies.
I just still question how well they fit the biological model.
but i do appreciate your efforts to help me see.
Only in the same sense that you are a figment of your own imagination, and any discussion of there being a "you" or "me" is also a misconstrual.
how so?
the one is clearly a construction that we can fully comprehend because we generated it.
the other has yet to be shown to be merely a construction (whether or not it can ever be shown as such).
maybe to make it more clearly, robots do not survive on the basis of said "food" so it's not the same as our "food" even if both deserve the quotes.
the further difficulty with your claim is that you state "Only in the same sense that you are a figment of your own imagination". But then it seems that we need to endow the robot with imagination before it can really have the same sense.
The terms are a (very good) metaphor, and the article is not at all misleading. I would have thought this would be obvious.
unless you're the author of the underlying study, I am unclear as to how you have knowledge of the methods and science behind what they are doing.
I would have that this would be obvious
The entire point of this sort of research is that the "genome" in the bots is analogous to, but far simpler than, a biological genome, and the means of selecting which "genomes" to generate the next "generation" from is analogous to how genomes are selected in biology (either "natural selection" like you find in nature or "artificial selection" like you get with farmed crops or dog breeding).
the entire failing is that it's not clear that the simplified model in any way duplicates the more complicated model.
oddly, when you simplify something, you often bludgeon the very thing that makes it what it is. What has made genetics so interesting is that the pathways of inheritance and gene expression are more complicated than each model we devise.
So without knowledge of the senses in which this is reflective of a "genome" to call it so is misleading.
In what way is it not transparent?
see above. The opacity is the validity of the comparison not the use of the comparison.
Believe it or not, computers actually can generate effectively random numbers.
Believe it or not, the article makes no mention of this and does not indicate how the randomization was effected.
oddly that failing is precisely what i questioned to begin with
in summary, while you have marshaled an interesting array of wikipedia articles, the original article in question remains a piece of hype-mongering.
it has in no way connected itself to any of what you have stated.
instead, it has merely used (or possibly abused) the terms of biology to describe what might otherwise be a rather boring high school science fair experiment.
God help those who do not help themselves. -- Wilson Mizner