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Dario Floreano and his team at the Laboratory of Intelligent Systems in the Swiss Federal Institute of Technology built a swarm of mobile robots, outfitted with light bulbs and photodetectors. These were set loose in a zone with illuminated "food" and "poison" zones which charged or depleted their batteries. Their programming was initially random, so the first generation staggered around the place like bunch of concussed puppies.
Within fifty generations of this electronic evolution, co-operative societies of robots had formed - helping each other to find food and avoid poison. Even more amazing is the emergence of cheats and martyrs. Transistorized traitors emerged which wrongly identified poison zone as food... Some robots advanced fearlessly into poison zones, flashing warning lights to keep other robots out of harms way.
Another explanation for the evolution of altruistic cooperation is provided by the theory of group selection, which argues that altruistic cooperation may also evolve in groups of genetically unrelated individuals that are selected and reproduced together at a higher rate than the single individuals composing the group (Wynne-Edwards 1986). This could happen in situations where the synergetic effect of cooperation by different individuals provides a higher fitness to the group with respect to other competing groups. In those situations, cooperating individuals can be seen as a superorganism that becomes the unit of selection. It has been suggested that group selection may be a driving force behind the transition from unicellular to multicellular organisms (Michod 1999).
Originally posted by justsomeboreddude
So how did they evolve? Do these robots have the ability to reproduce?
Encouraged by these experiments, we decided to make the environment even more challenging by co-evolving two robots in competition with each other. The Sussex team had begun investigating co-evolution of predator and prey agents in simulation to see whether increasingly more complex forms of intelligence emerged in the two species and showed that the evolutionary process changed dramatically when two populations co-evolved in competition with each other because the performance of each robot depends on the performance of the other robot. In the Sussex experiments the fitness of the prey species was proportional to the distance from the predator whereas the fitness of the predator species was inversely proportional to the distance from the prey.
Originally posted by justsomeboreddude
reply to post by king9072
This whole thing is a hoax. A program written by a human does not evolve unless the human changes the programming, which is not evolution.
Originally posted by king9072
Originally posted by justsomeboreddude
So how did they evolve? Do these robots have the ability to reproduce?
Hey, it helps when you read the article in it's entirety. Those who survived had their programming passed on to all the new robots. The robots were then sent back into the pen of food and poison, those who surivived were then the next generation. Repeat that 50 times, and they found that the robots started working in teams and even intentionally putting other robots in danger to further their own survival.
Originally posted by platosallegory
Originally posted by justsomeboreddude
reply to post by king9072
This whole thing is a hoax. A program written by a human does not evolve unless the human changes the programming, which is not evolution.
Exactly,
This is evidence of Intelligent Design. The programmer had to write the initial code. No matter how simple it is, it still had to be written by an intelligent programmer.
Originally posted by justsomeboreddude
reply to post by king9072
This whole thing is a hoax. A program written by a human does not evolve unless the human changes the programming, which is not evolution.
Originally posted by platosallegory
I think it's great that they reacted this way after the initial programming. Again, you can't erase the intelligent programmer. The article also doesn't describe the program. It just says:
Their programming was initially random.
Well lets see it.
The article talks about neural programming. If this is the case it wasn't random.
Even if the initial program was a random adaption mechanism, it still needed the "intelligent designer" in order to evolve.
Originally posted by justsomeboreddude
This whole thing is a hoax. A program written by a human does not evolve unless the human changes the programming, which is not evolution.