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Hi Ben, Today I've been implementing some different rent systems (as mentioned as an idea in a previous email). I've come up with an exponential and logarithmic based curve in addition to the flat rent. http://opencog.org/wiki/Image:Sti_rent_schemes.png Ideally the area under the curve of each would be the same (I guess you'd make the curve integrals equal and solve, but I also want to make the y and x intercepts configurable as these act as a kind of rent amnesty). However, I just wanted to get something working for the moment... Seems to make the Hopfield network work better as it allows those atoms just in the AF to remain, and prevents some atoms become all important, but could still be improved. While drifting off to sleep last night I had a couple of ideas for the importance spreading. Don't spread importance "uphill": atoms can't spread their importance to an atom that is more important, and also only spread enough to make their importance equivalent. Simple in hindsight, but I think this, along with graduated rents, will make things settle in the AF better. J
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