[MXML-2-01] Decision Trees [1/11] - History, Overview of ID3/C4.5 and CART

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[MXML-2-02] Decision Trees [2/11] - ID3/C4.5, Impurity, Gini index, Entropy, Information Gain

(18:43)

[MXML-2-05] Decision Trees [5/11] - CART, Categorical Features, Label/One-Hot encoding

(14:12)

[MXML-8-02] Random Forest [2/7] - Random Forest from scratch, RandomForestClassifier

(16:38)

[MXML-2-06] Decision Trees [6/11] - CART, Information Gain (IG), Best Split Point

(17:1econd)

[MXML-2-08] Decision Trees [8/11] - CART, Feature Importance, Optimal tree depth

(13:56)

[MXML-2-09] Decision Trees [9/11] - CART, Cost Complexity Pruning (CCP)

(24:6)

[MXML-2-07] Decision Trees [7/11] - CART, Decision Tree from scratch, using recursion

(25:10)

How to Effectively Access and Control Flex Components Across MXML Pages

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Beautiful Piano Music, Vol. 1 | Relaxing Music for Focus, Sleep \u0026 Relaxation by Peder B. Helland

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LTJ Bukem - Earth Volume Two (1997)

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José Madero - MCMLXXX (Video Oficial)

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Exp22_Excel_Ch11_ML2_Donors | Exp22 Excel Ch11 ML2 Donors

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Blame Presents - Logical Progression Level 2 [CD B] (1997)

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Learn HTML in 12 Minutes

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L2J - Malfrat I Daymolition

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[MXML-12-01] Light GBM [1/5] - Histogram-based split finding

(21:24)

EfficientML.ai Lecture 10 - MCUNet: TinyML on Microcontrollers (MIT 6.5940, Fall 2023, Zoom)

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[MXML-2-04] Decision Trees [4/11] - ID3/C4.5, Regression Tree, SDR, MSE, CV

(12:39)

[MXML-9-02] AdaBoost [2/4] - Implementation of Binary Classification, Modified Algorithm to y={0,1}

(18:30)

[MXML-3-02] Linear Regression [2/7] - Overfitting and Regularization, LASSO and Ridge

(16:12)

[MXML-2-10] Decision Trees [10/11] - CART, Implement Pruning using CCP, Multiclass Classification

(13:12)

[MXML-2-11] Decision Trees [11/11] - CART, Decision Tree Regressor from scratch, using recursion

(15:24)

Auto Renaming of Open/Close MXML Tag

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[MXML-4-02] Logistic Regression [2/5] - Implementing Logistic Regression, check the various results

(15:11)

[MXML-5-02] Convex Optimization [2/4] - How to solve the EQP and IQP using Lagrange Method

(14:28)

[MXML-12-02] Light GBM [2/5] - Gradient-based One-Side Sampling (GOSS)

(14:40)