Examples of using Genetic algorithms in English and their translations into Hebrew
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Practical Genetic Algorithms.
Genetic algorithms are great for certain things;
So you mentioned genetic algorithms.
Of course,inexpensive microprocessors and a very important breakthrough-- genetic algorithms.
He was talking about genetic algorithms, quantum teleportation.
For that we used artificial evolution-- genetic algorithms.
Genetic algorithms are great for certain things; I suspect I know what they're bad at, and I won't tell you.
I will be very short on genetic algorithms.
Like neural nets and genetic algorithms and rule-based systems, and just turn our sights a little bit higher to say, can we make a system that can use all those things for the right kind of problem?
I have looked at all the genetic algorithms.
And evolutionary algorithms, or genetic algorithms that mimic biological evolution, are one promising approach to making machines generate original and valuable artistic outcomes.
Let us now an overview on genetic algorithms.
He's the guy who patented using genetic algorithms to patent everything they can permutate from an initial description of a problem domain- not just a better mousetrap, but the set of all possible better mousetraps.
And we're learning from neural nets, genetic algorithms, evolutionary computing.
So using that new twist, with the new criteria, we thought we could relook at the Stirling engine,and also bring genetic algorithms in.
So we tried to come up with a way to use genetic algorithms to create a new type of concentrator.
Now, in a group with so many IT people, I do have to mention what I'm not going to talk about, and that is that your field is one that has learned an enormous amount from living things, on the software side. So there's computers that protect themselves, like an immune system, and we're learning from gene regulation and biological development.And we're learning from neural nets, genetic algorithms, evolutionary computing.
Competitive industries are now investing heavily in things like genetic algorithms, particle swarm optimization and new approaches that enable advanced SEO teams to model exactly what Google's RankBrain is attempting to do in each search engine environment.
So, I think in the next 20 years, if we can get rid of all of the traditional approaches to artificial intelligence,like neural nets and genetic algorithms and rule-based systems, and just turn our sights a little bit higher to say, can we make a system that can use all those things for the right kind of problem? Some problems are good for neural nets; we know that others, neural nets are hopeless on them.
We applied the genetic algorithm.
I Know First's genetic algorithm tracks current market data adding it to the database of historical time series data.
Usually, with a genetic algorithm on a computer today, with a three gigahertz processor, you can solve many formerly intractable problems in just a matter of minutes.
Patsolve uses atomic moves, andsince version 3.0 incorporated a weighting function based on the results of a genetic algorithm that made it much faster.
Usually, with a genetic algorithm on a computer today, with a three gigahertz processor, you can solve many formerly intractable problems in just a matter of minutes.
So we created a genetic algorithm to try this out, we made a model in Excel of a multisurface reflector, and an amazing thing evolved, literally, from trying a billion cycles, a billion different attempts, with a fitness function that defined how can you collect the most light, from the most angles, over a day, from the sun.
So we took the same genetic algorithm that we used earlier to make that concentrator, which didn't work out for us, to optimize the Stirling engine, and make its design sizes and all of its dimensions the exact optimum to get the most power per dollar, irrespective of weight, irrespective of size, just to get the most conversion of solar energy, because the sun is free.
After five generations of applying evolutionary process, the genetic algorithm is getting a tiny bit better.
(Laughter) Now, after five generations of applying evolutionary process, the genetic algorithm is getting a tiny bit better.
You're talking about evolutionary algorithms, genetic programming.
The first four ICOREs began operating in October 2011(first wave)in the fields of Cognitive Science, Algorithms, Solar Energy, and the Genetic Basis of Human Disease.