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Originally posted by Nygdan
Genetic Algorithms are used in lots of processing functions, these devices don't use the actual DNA, let alone human dna.
HOWEVER, there was talk about creating DNA driven chemical computers, devices that use actual strands of dna to perform calculations. THey can solve very difficult and complex problems in parallel, but aren't better than regular tubes and swtiches to perfrom moderately simple tasks.
Originally posted by Nygdan
HOWEVER, there was talk about creating DNA driven chemical computers, devices that use actual strands of dna to perform calculations. THey can solve very difficult and complex problems in parallel, but aren't better than regular tubes and swtiches to perfrom moderately simple tasks.
Originally posted by EnronOutrunHomerun
If this is the information being released to the public, I can't even begin to imagine what they're working on that only a select few know about....
Originally posted by Ouroboros
Originally posted by EnronOutrunHomerun
If this is the information being released to the public, I can't even begin to imagine what they're working on that only a select few know about....
That was exactly my reaction.
Originally posted by infinite8
Though it may be a couple hundred years away, Irobot and Terminator movies seem like distant self fulfilling prophecies.
The code is modelled on human DNA, although as a single not double helix.
mattison
Actually, there's a $10Million reward to the group/individual that can solve the 100 city traveling salesman problem using a DNA computer
www.pcug.org.au...
A salesman spends his time visiting n cities (or nodes) cyclically. In one tour he visits each city just once, and finishes up where he started. In what order should he visit them to minimise the distance travelled? [...]
So an algorithm that peters out at 50 cites now will probably never get you to 100 nodes, whatever happens to hardware technology. Alternatively there are algorithms that seem to come up with a good solution quite quickly, but you cannot say just how far it is from being optimal.
Originally posted by Nygdan
I had actually thought people were leaving dna computing and moving towards the much hyped 'quantum computing', but this thread in general certainly dispells that falsity.
Originally posted by soficrow
So we're set to replace human troops with better models, with a budget that shafts vets when they get home... but the science genius wannabes are still singin' Rah Rah Go Team...
Am I missing something?
Originally posted by mattison0922
this 'DNA computer' has nothing to do with 'replacing human troops with better models.' It's just a different way of processing data,
and in reality is peripheral to this thread. I was actually just expanding on one of Nygdan's comments.