What is the application of the artificial feel equation in robotics?

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The artificial feel equation, q=1/2e^v^2, is discussed in the context of robotics, particularly in relation to sensor feedback for robotic hands. The equation is believed to relate to how robots perceive touch and pressure, allowing them to interact safely with humans. Users express difficulty in finding reliable sources or explanations for the equation and its variables. One participant suggests that the equation could help prevent robotic hands from applying excessive force during interactions. Overall, the discussion highlights the need for further exploration of the equation's applications in robotics.
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How is this equation used? Whats the applications and what do the variables stand for. i can't find anything on google. Heres the equation-

q=1/2e^v^2
 
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What is the source of the equation?
 
Integral said:
What is the source of the equation?

Honestly, Integral. Can't you FEEL it? :)

OK, I freely admit. I look at this thread because I was curious what a "feel equation" is.

:)

Zz.
 
Well, I've found this, but I don't know what, if any, relation it has to that equation.
 
thats the same thing i came across to. i don't know how that relates in terms of thos variables
 
I think its a robotics equation for feel in sencors. When you have an artificial hand (robot) touching yours, the hand has to have some sort of feeling as to what it is doing, so it doesn't crush our hand. Thats what I think it is.
 
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