Current applications of Gaussain Probability Density are encouraging. This will expand into other

representations of available data.

I know the f(x):    1/ sqr(2*pi o^2) Exp(1) ^- abs(((x-u)^2)/(2*o^2))

How are you applying it??? 

For normal distribution RNG??

Upon what types of sets??

Or are you talking about changing the distribution to normal distribution by:

like:

10 v1 =2 *rnd -1

     v2 =2*rnd -1

     r= v1^2+v2^2

     if (r>=1) then goto 10

     fac =sqr(-2*log(r)/r)

     gauss =v2*fac

pick3hawk,

you are in the correct general area, however, there is some additional infomation that has not been posted here that will explain a lot more. I'm currently in traveling mode for work and I'll be on the road bouncing between home and Minnesota these coming weeks. Also, the additional information is still in a test and is producing some interesting results. I'll update as soon as work related matters calm down.

a few more prediction posts and we can add some withheld info.

We are coming up on one year since the start of Experiment 1 in October. The data we have collected is very revealing in addition to other observations.

The 1 year anniversary is on 10-04. If all goes well with work and other home related items, I hope to fill in the blanks.

can anyone help me with this wheel  abbrev 4 if 6 of 20=66

please.

You must be a platinum member to view abbreviated wheels.  Sign up and receive all kinds of bonus's, and access to hundreds of wheels!

I'm in the middle of a cyberspace move in addition to my move to Minnesota. Check my posts in the topic ' JADE's Pick 3 Pick 4 Selector Now Available ' and my Blog.

Before we can release any additional information. We'll have to discuss the difference between Classical Cartesian Points and Quantum Gaussian Points. We are working on presenting this in the most simple way possible without getting too technical for everyone.