Simplifying The Concepts
Being able to generate data that supports or negates an hypothesis must start wtih developing the appropriate methodology that can help you collect, and collate the appropriate data. This is just the first part.
Besides generating the data, the second part is knowing the appropriate data analysis method, predictive method (ML), data science method etc to deploy.This must start with deploying the appropriate data processing or data preparation (pre-processing in Machine Learning) methods that will allow you check for missing values, outliers, feature or variable data types, variable recoding (called Feature engineering in ML) etc.
This must be followed with exploratory analysis method to understand what each variable or feature of the data is saying and showing. This will fundamental evolve into the next phase, which is variable or feature selection.
Feature selection involve using both statistical and machine learning methods to determine which of the variables or features is appropriate and relevant to asnwering testing the hypothesis or predictions. Depending on variable or feature type, various statistical test and machine leanining methods can be deployed. The result of the application of the feature selection method may result in variables or features reduction - a situation where features or variables that are found unimportant to the hypothesis testing or prediction are removed from the dataset.
What follows is carrying-out and deploying higher level data analysis or machine learning method that will help in predictive modelling or hypothesis testing finalization. Though post-modelling or post-hypothesis testing methods may still be deployed to chek for accuracy, reliability of the higher level models. This may depend on domain, the need to check for those reliability parameters, and the ultimate goal of the data activity.
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Machine Learning & Data Science
Automating th prediction of behaviour, and action has now become doble with the help of machine learning. So also is making sense of data by identifying patterns and observations from it.
In this section, we will present and show how-to bring the processes involves in Machine Learning and Data Science to life.
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Data Analysis
Data Analysis stems from conducting and deploying statistical theories, and methods on data.
In this section, we would show you how-to deploy these methods.
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Data Visualization
Visualization is central to how humans learn fast, and make sense of subject matter and concepts.
In this section, we would show you how-to carry-out visualization on your data. We would also show you how to carry-out same on geographical data using python.
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Python
Python is central to the evolving field of Machine Learning and Data Science.
Understanding the core concept within python will enable you to easily transition into the field, and everything DATA.
We would introduce you to the concepts that will make your transition easy and close.
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STATA
If you have no programming or computer science background. The easiest way to transition into the field of Machine Learning, and Data Science is to fine aplications that will eliminate the problem and burden of programming concepts and methods from your plate first.
That way, you can only focus on the Machine Learning, and Data Science concepts and Methods. STATA allws you to achieve that.
We have simplified the concepts in a way that you can understand and relate with