logistic mapping

Reply #7

SergeM — Wed, 22 Oct 2014 23:08:44 GMT

I had this in algebra, but it was about algorithms there. I won't look it up.

One has to see practical applications to understand what is meant.

Reply #6

GASMETERGUY — Wed, 22 Oct 2014 15:51:56 GMT

I saw the equation before but not in context with logistic mapping. It was applied more to population increase/decrease.

So.......

If we were to substitute the first digit of any 5/39 lottery drawing for X and did some iterations, would the next drawing's first digit be found within, say, the first five iteration?

I will have to program this into the computer and see just how many iterations must be performed before there was a match between the two drawings.

Reply #5

SergeM — Wed, 22 Oct 2014 08:00:20 GMT

Pierre Fran ois Verhulst (28 October 1804, Brussels 15 February 1849, Brussels) was a mathematician and a doctor in number theory from the University of Ghent (Gent) in 1825.

Reply #4

GASMETERGUY — Tue, 21 Oct 2014 20:56:50 GMT

Stupid people do stupid things and you can count me as a member of this group.

I saw that thread but when I saw RNG I went elsewhere. Now that you supplied a suggestion I went back and read most of it. While the discussion was not what I was expecting, I must say the topics are interesting.

Thanks for the suggestion. May your numbers hit (unless they match mine. Then they better not hit).

Reply #3

MillionsWanted — Mon, 20 Oct 2014 23:00:24 GMT

Perhaps this thread will help you: https://www.lotterypost.com/thread/197150

Reply #2

GASMETERGUY — Mon, 20 Oct 2014 02:05:40 GMT

At this point in time, I do not know. I was thinking one of our math heads could give me a Logistic mapping for Dummies answer before I delve further into the concept.

I suppose there is no hope but to search the internet. WIKI here I come.

Reply #1

SergeM — Sat, 18 Oct 2014 06:18:44 GMT

How is logistic mapping done

logistic mapping

GASMETERGUY — Fri, 17 Oct 2014 22:29:32 GMT

Has anyone applied logistic mapping to their lottery research?

If so, what is it?

How might it apply to randomness