diff --git a/README.MD b/README.MD
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+++ b/README.MD
@@ -1,21 +1,24 @@
This repository contains Machine Learning Concepts/Analysis and Algorithms examples.
### Table of Contents
-- Analysis-Titanic Dataset
-- Analysis-IRIS Dataset
-- Analysis-HousePrice Dataset
+- Analysis
+ - Analysis-Titanic Dataset
+ - Analysis-IRIS Dataset
+ - Analysis-HousePrice Dataset
- Data Wrangling
- - Data Cleaning
+ - Understanding Dataset
- Pandas Read From URL
- Data Consolidation
- - Data Profiling
+ - Pandas Profiling
- MySQL and Pandas
- Pivot Tables and GroupBy
- Data Visualization
-- Feature Selection
+- Feature Engineering
- ML Concepts
- PerformanceMeasure-Classification
- Bias-Variance TradeOff
+ - Curse-Of-Dimentionality
+
- ML Algorithms
- Decision Trees
- Support Vector Machines
@@ -29,19 +32,19 @@ This repository contains Machine Learning Concepts/Analysis and Algorithms examp
-
- ###### [Analysis on Titanic Dataset](https://github.com/rahulvaish/MachineLearning-Python/tree/Titanic)
###### This example is analysis on Titanic Dataset. [[source Code]](https://github.com/rahulvaish/MachineLearning-Python/tree/Titanic)
* Load the data[titanic.csv]
* Clean and Prepare Data
* Create Sparse Matrix
- * Split Dataframe as (Train+Test)+(Untouched - Target)
- **Pictorial Representation:**
- 
+ * Split Dataframe as:
+ 
+ Representation of Split:
+ 
* Apply ML Model
* Make Prediction
* Cross Validate
- 
+ 
* Make Predictions
@@ -49,12 +52,10 @@ This repository contains Machine Learning Concepts/Analysis and Algorithms examp
###### This example is analysis on IRIS Dataset. [[source Code]](https://github.com/rahulvaish/MachineLearning-Python/tree/IRIS)
* Load the data[iris.csv]
* Clean and Prepare Data
- * Split Dataframe as (Train+Test)+(Untouched - Target)
- **Refer [above](#analysis-on-titanic-dataset) for Pictorial representation**
+ * Split Dataframe as [above](#analysis-on-titanic-dataset) for Pictorial representation
* Apply ML Model
* Make Prediction
* Cross Validate
-
* Make Predictions
@@ -65,8 +66,7 @@ This repository contains Machine Learning Concepts/Analysis and Algorithms examp
* Normalize
* Analyse Correlation
* Clean and Prepare Data
- * Split Dataframe as (Train+Test)+(Untouched - Target)
- **Refer [above](#analysis-on-titanic-dataset) for Pictorial representation**
+ * Split Dataframe as [above](#analysis-on-titanic-dataset) for Pictorial representation
* Apply ML Model
* Make Prediction
* Cross Validate
@@ -74,20 +74,12 @@ This repository contains Machine Learning Concepts/Analysis and Algorithms examp
* Make Predictions
-- ###### [Data Cleaning](https://github.com/rahulvaish/MachineLearning-Python/tree/DataWrangling/DataCleaning)
- ###### This example explains various methods of cleaning Data. [[Source Code]](https://github.com/rahulvaish/MachineLearning-Python/tree/DataWrangling/DataCleaning)
+- ###### [Understanding Dataset](https://github.com/rahulvaish/MachineLearning-Python/blob/DataWrangling/DataCleaning/PandasCrashCourse.ipynb)
+ ###### This example explains basic computing options with Pandas Dataframe/Series [[Source Code]](https://github.com/rahulvaish/MachineLearning-Python/blob/DataWrangling/DataCleaning/PandasCrashCourse.ipynb)
* Load the data[Loan.csv]
- * Column selection in Dataframe
- * Dropping off Useless Columns
- * Dropping off Rows (on condition)
- * Type Conversion
- * Converting Non-Numerical Columns into Numerical Columns/Sparse
- * Determining Null Values
- * Filtering Data on Threshold Benchmark
- * Handling Missing Values
- * Queries on Dataframe
- * Split Dataframe Column Values[Example: Date]
- * Data Replacment-Unary|Binary|Sparse
+ * Undersatnding Types
+ * Column Operations
+ * Row Operations
@@ -110,7 +102,7 @@ This repository contains Machine Learning Concepts/Analysis and Algorithms examp
-- ###### [Data Profiling](https://github.com/rahulvaish/MachineLearning-Python/tree/DataWrangling/PandasProfiling)
+- ###### [Pandas Profiling](https://github.com/rahulvaish/MachineLearning-Python/tree/DataWrangling/PandasProfiling)
###### This example explains how to do Data Profiling using pandas-profiling library. [[Source Code]](https://github.com/rahulvaish/MachineLearning-Python/tree/DataWrangling/PandasProfiling)
* Load the Data [iris.csv]
* Apply profiling
@@ -146,14 +138,11 @@ This repository contains Machine Learning Concepts/Analysis and Algorithms examp
-- ###### [Feature Selection](https://github.com/rahulvaish/MachineLearning-Python/tree/FeatureSelection)
- ###### This example explains common methods used for Feature Selection. [[Source Code]](https://github.com/rahulvaish/MachineLearning-Python/tree/FeatureSelection)
- * Load the data[IRIS.csv]
- * Thresholding on Numerical Features
- * Thresholding on Missing Values
- * Thresholding on Binary Feature Variance
- * Feature Selection from Highly Correlated Features
- * Feature Selection on Irrelevant Features for Classification-CHI2|ANOVA
+- ###### [Feature Engineering](https://github.com/rahulvaish/MachineLearning-Python/tree/FeatureEngineering)
+ ###### This example explains common methods used for Feature Engineering. [[Source Code]](https://github.com/rahulvaish/MachineLearning-Python/tree/FeatureEngineering)
+ * Load the data[mercedesbenz.csv]
+ * Nominal Encoding (One-Hot Normal | One-Hot KDD | Count/Frequncy)
+ * Ordinal Encoding (System | Custom)
@@ -170,7 +159,12 @@ This repository contains Machine Learning Concepts/Analysis and Algorithms examp
- ###### [Bias-Variance TradeOff](https://github.com/rahulvaish/MachineLearning-Python/blob/MLConcepts/BiasVarianceTradeOff.md)
- ###### This [Sheet](https://github.com/rahulvaish/MachineLearning-Python/blob/MLConcepts/BiasVarianceTradeOff.md) explains the Concepts of Bias-Variance TradeOff.
+ ###### This [Sheet](https://github.com/rahulvaish/MachineLearning-Python/blob/MLConcepts/BiasVarianceTradeOff.md) explains the concept of Bias-Variance TradeOff.
+
+
+
+- ###### [Curse-Of-Dimentionality](https://github.com/rahulvaish/MachineLearning-Python/blob/MLConcepts/CurseOfDimentionality.MD)
+ ###### This [Sheet](https://github.com/rahulvaish/MachineLearning-Python/blob/MLConcepts/CurseOfDimentionality.MD) explains the concept of Curse Of Dimentionality.