Gabe Miller

[LaGrange College Men’s Soccer @lagrangesoccer]

Congrats to these guys on graduating! They have been fantastic on and off the field!

[Gabe Miller @g_miller3003]

@_jaydonp Hey Jaydon, thanks for sharing. This will be helpful for quiz 6. It even gives an excellent code example.

[Gabe Miller @g_miller3003]

@BenEpp_19 Hey Ben thanks for sharing! This article gives a good look at SIR models and the partial derivative makeup.

[Gabe Miller @g_miller3003]

Check out this article on Euler's method to solve differential equations. It provides an example and a chunk of the code used. https://t.co/aN8BOkU0Da #math3185

[Gabe Miller @g_miller3003]

@BenEpp_19 Hey Ben thank you for sharing. Your article gives a lot of good examples for the different types of variances as well as the R-Squared coefficients

[Gabe Miller @g_miller3003]

@_jaydonp Hey Jaydon this a really good article seems really helpful for our second project like Ben said.

[Gabe Miller @g_miller3003]

Hey guys, check out this article on R-Squared coefficients. This article gives a good step by step instruction as well as the uses for the coefficients. https://t.co/yCg7y7OK0C #math3185

[Gabe Miller @g_miller3003]

Check out this article on Ordinary Least Squares regression. It gives a basic understanding of the math with some interactive charts that show the effects. https://t.co/uL3wViDOQf #math3185

[Gabe Miller @g_miller3003]

@_jaydonp Hey Jaydon. I was thinking along the same line as Ben this gives a pretty good counter example to the quiz we have been working on. It is interesting to see the error lines between the model and data points.

[Gabe Miller @g_miller3003]

@stina_28 Hey Tina Thanks for sharing. Your article introduces a really interesting python package with "statsmodel." It provides some really easy and quick analysis on the data.

[Gabe Miller @g_miller3003]

@BenEpp_19 Hey Ben thanks for sharing. I think your article really highlights how many different types of Least squares regressions there are each focusing on different areas.

[Gabe Miller @g_miller3003]

@_jaydonp Hey Jaydon thanks for sharing! I like how your article compares the two different interpolation methods we discussed in class. It’s a great summation of the two.

[Gabe Miller @g_miller3003]

@BenEpp_19 Hey Ben thanks for sharing. I like you how the authors of your article used the scipy package like we used in class.

[Gabe Miller @g_miller3003]

@stina_28 Hey Tina thanks for sharing. This article is an excellent summary of last Thursdays class including the proof. It is interesting to see how another person codes the spline.

[Gabe Miller @g_miller3003]

Check out this article on Numerical interpolation. It does a great job explaining what interpolation is and the different types. It even gives an example of a cubic spline we saw in class. https://t.co/vaVLnUCGtO #MATH3185

[Gabe Miller @g_miller3003]

Check out this article on Newton's Divided Difference. We will be looking at this method this week during class and could be helpful for first look #math3185 https://t.co/KxruzWGIOJ

[Gabe Miller @g_miller3003]

@_jaydonp This an interesting article Jaydon. I like how it introduces its own way to Polynomial interpolation error along with the method of solving for them.

[Gabe Miller @g_miller3003]

@stina_28 Hey Tina, great article on Neville's method I like the simple math explanation immediately followed by a code example.

[Gabe Miller @g_miller3003]

@BenEpp_19 Hey, Ben thanks for sharing another look at how we might make our own code to solve a Lagrange interpolating polynomial.

[Gabe Miller @g_miller3003]

Check out this article on some of the applications of Lagrange Interpolation. It gives a really solid example and the proof we discussed in class. https://t.co/FxIGWzJODi #math3185