1. 07:49

from Marco Giordano Added 10 0 0

In this final part we are going to see some demo code in how to actually perform the polynomial interpolation, you will see that there is no much code, is mostly wrapper in what we already wrote,…

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• 07:54

from Marco Giordano Added 32 1 0

In this second part we are going to see a bit more in details how the code will access the matrix, I am trying to cover all the theory earlier in the series so when we get to the actual code all this…

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• 09:52

from Marco Giordano Added 10 0 0

In this 4th part we are going to have a look how the back substitution works, this is a more theoretical approach in the next part we are going to see the needed code to do that. You can find the…

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• 04:52

from Marco Giordano Added 2 0 0

In this part we are going to have a look at how we can actually interpolate polynomials in a given data set. In next and final part we are going to see how we can actually do that in code. As…

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• 08:21

from Marco Giordano Added 7 0 0

In this 5th part we are going to see the actual code to perform the back substitution and get the solution to our system. To note the code is gonna be written in python later on in the serie. You…

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• 04:40

from Marco Giordano Added 3 0 0

In this 6th part we are going to have a look in how to code the partial pivoting to make our solver more robust. To note the code is gonna be written in python later on in the serie. You can find…

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• 09:25

from Marco Giordano Added 36 0 0

In this 3rd part we are finally getting the hands dirty with the python code, and we will see how to write code that transforms our linear system in a upper triangular matrix. In the next part we…

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• 09:53

from Marco Giordano Added 59 2 0

Sorry about the fan nosie, looks like my surface was running hot. Hi folks, in this mini series we are going to see how you can write a simple gaussian solver to solve linear equation systems,…

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• 00:59

from Erik Verlage Added 6 0 0

Welcome to CrossPoint, the linear algebra webgame! Solve colorful puzzles to learn about vector addition and cross products. Click here to play: https://s3.amazonaws.com/gamkedoclub/crosspoint/index.html

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• 42:03