help with this machine learning assignment using python and JAXlinks for question 1 that hyperlink by "this, this, and...

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help with this machine learning assignment using python and JAX








links for question 1 that hyperlink by "this, this, and this"

1.https://explained.ai/gradient-boosting/

2.https://www.kaggle.com/code/kashnitsky/topic-10-gradient-boosting/notebook

3.https://www.gormanalysis.com/blog/gradient-boosting-explained/





summarize the technique including equations for question 1





for q2

link for the classification task

1.https://www.kaggle.com/code/kashnitsky/topic-10-gradient-boosting?scriptVersionId=37852307&cellId=15





q3

link to EMG dataset

https://archive.ics.uci.edu/ml/datasets/EMG+Physical+Action+Data+Set






link for a demonstration of similar application

https://archive.ics.uci.edu/ml/datasets/EMG+Physical+Action+Data+Set
















Electromyography and Gradient Boosting In this assignment you will expand on the Gradient Boosting ensemble prediction method you saw in class by coding it from scratch Background and Documentation (30 points) Make sure you go through this, this and this excellent writeups. Summarise the technique including the equations in a markdown file or notebook. Coding from scratch using JAX (30 points) Neh Using libraries from the JAX ecosystem, code gradient boosting from scratch using the clipped cosinusoidal dataset for the classification task. EMG Dataset (40 points) mh rhe mE BL Tier non fn @ ® sz Yomonofthmaitamt from terest rloriews of ha dil re fend mend trode placement with s ground cectode Apply your gradient boosting implementation to the EMG dataset - for a demonstration of a similar application see this tutorial
Answered 15 days AfterNov 10, 2022

Answer To: help with this machine learning assignment using python and JAXlinks for question 1 that hyperlink...

Amar Kumar answered on Nov 16 2022
53 Votes
Q1.
Practitioners of machine learning would be wise to be familiar with the workings of gradient bo
osting machines (GBMs), which are currently enjoying a lot of popularity.Sadly, modifying the hyper-parameters necessitates these specifics, which creates a problem because it is challenging to comprehend all of the mathematical machinery.Unlike Random Forests, for instance, the hyper-parameters must be tuned in order to produce a good GBM model.)Our goal is to provide visual representations for model construction, a clear mathematical explanation, and answers to difficult questions like why GBM is performing "gradient descent in function space" in this article.
GBM was extended to cover a wide range of statistical issues with the addition...
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