Clinicallydepressedpoochie @ Clinicallydepressedpoochie @lemmy.world

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314

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1 yr. ago

The actual values are exactly as shown on the graph. Do you know what graphs are?

In your data what is the exponential function?

Let's start there then. What are the basic properties of exponential functions?

Does the data originate from an exponential? Can you prove it?

But if it is a linear function it doesnt matter if you only use two points. Unless the function is not linear. If the line isn't completely smooth you could also use a polynomial function that would fit the curve. Unless it exhibits exponential behavior why would you ever model it as an exponential if linear or polynomial models the data more accurately?

Do you accept that if we put together a metric to measure the advancement of AI that it would indicate it is growing over time?

Nope. There isn't an infinite number of linear functions that will fit this curve. Based on the slope and y intercept there is only one linear function. There may be other approximations but only one line of best fit that will predict future outcomes.

The answer is you cant know that's why it would be crazy to model it that way. With the infinite possible exponential functions that could fit this curve.

Great question! Why dont you try to answer it.

You are actually regarded.

It was my astonishment

What am I your math teacher? Here buddy, rise over run.

What was covered? That functions are used to describe data sets?

Ooh you took a math class. When are they delivering your Nobel prize?

Wow so smart..

Yes there is absolutely enough data to determine the curve of that line. Its basic algebra and your regarded.

Lol. You're so off base. DATA defines the curve. If the DATA does not exhibit exponential behavior it is not exponential. Simple as that.

Sigh. What about it looks exponential?

The tell tale smoothness?

You don't know how to fit a curve? Why am I talking to you?

What is this graphic exponential or linear

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