Exploratory Data Analysis, or EDA, is an important step to understand your data before you start making models. Here are some simple best practices to follow:
Know Your Data Types: Start by figuring out what types of data you have. This can include numbers, categories, or ordered things. Knowing this helps you choose the right methods and pictures for your analysis.
Create Statistical Summaries: Calculate important numbers like the average (mean), middle value (median), most common value (mode), and how much the data varies (standard deviation). For example, if you have sales data, finding the average revenue can show how well you’re doing.
Use Visualization Techniques:
Look for Patterns and Oddities: Search for trends or interesting connections. For example, does spending more on ads lead to higher sales? Also, watch for any strange spikes or drops that might need a closer look.
Clean Your Data: Always check for missing data or outliers because these can mess with your results. You can fix this by filling in missing values or removing the outliers if necessary.
By following these best practices, you can build a strong base for your future modeling. This way, your results will be accurate and meaningful!
Exploratory Data Analysis, or EDA, is an important step to understand your data before you start making models. Here are some simple best practices to follow:
Know Your Data Types: Start by figuring out what types of data you have. This can include numbers, categories, or ordered things. Knowing this helps you choose the right methods and pictures for your analysis.
Create Statistical Summaries: Calculate important numbers like the average (mean), middle value (median), most common value (mode), and how much the data varies (standard deviation). For example, if you have sales data, finding the average revenue can show how well you’re doing.
Use Visualization Techniques:
Look for Patterns and Oddities: Search for trends or interesting connections. For example, does spending more on ads lead to higher sales? Also, watch for any strange spikes or drops that might need a closer look.
Clean Your Data: Always check for missing data or outliers because these can mess with your results. You can fix this by filling in missing values or removing the outliers if necessary.
By following these best practices, you can build a strong base for your future modeling. This way, your results will be accurate and meaningful!