[KwickLabs]

So, please explain the filter that decides what is "recommended" for me?

 

[crackerd]

For you, Knick, methinks after conferring with Sir Isaac Norton, the algorithm relies on Pythagorean theorem and the azimuthal assessment of the marks so deftly delineated here in your training schematics. Next question...🦆🦆🦆

MG

 

[KwickLabs]

So, please explain the filter that decides what is "recommended" for me?

Silly me.....I thought it was simply a PSO. In computational science, particle swarm optimization (PSO) is a computational method that optimizes a problem by iteratively trying to improve a candidate solution with regard to a given measure of quality.

 

[crackerd]

I'll have to consider that, but only after apologizing to you for the insult of spellcheck calling you out as "Knick" - talk about particle swarm de-optimization, one futile draft and free agent signing after another for 25 years now!

MG

 

[Kenneth Niles Bora]

Hello! I'm new here, I am glad to welcome you and I am ready to exchange useful information!

Sadly Uncle Jerry, our useful information moderator has gone to the Great Beyond. He is missed by all.
But we have GDG in abundance ,if you need.

 

[Kenneth Niles Bora]

So, please explain the filter that decides what is "recommended" for me?

The machines are watching us. Guessing what we want. Waiting for the opportunity to take control.

 

[22899]

So, please explain the filter that decides what is "recommended" for me?

Marriage...

 

[22899]

Silly me.....I thought it was simply a PSO. In computational science, particle swarm optimization (PSO) is a computational method that optimizes a problem by iteratively trying to improve a candidate solution with regard to a given measure of quality.

I have read this over and over agin for over an hour.. I had to look up evey other word.. The only advice I can give you is to refere to GD&T Ansi 14Y.... Its prolly uner "True Position"