(UPI) Chapter 17: Key Concepts in Data Analysis: Indexing, Slicing, Missing Data, and Visualization
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Data Science provides the ability to derive insights and make informed decisions from data. It plays a crucial role in various disciplines, including:
- Healthcare
- Business
- Education
- Politics
- Environmental Science
- Social Sciences
This chapter aims to provide an introduction to the field of data science and the data science life cycle. The resources provided in this chapter are meant to guide readers using Python to further explore data science.
Introduction to Data Science Life Cycle and Tools
Data science is a multidisciplinary field that combines collecting, processing, and analyzing large volumes of data to extract insights and drive informed decision-making.
2 stepsIntroduction to NumPy Library and Its Operations
NumPy is a Python library designed for efficient numerical operations on large, multi-dimensional arrays. It enables high-performance data analysis and manipulation with tools for creating arrays, performing mathematical operations, and conducting linear algebra tasks.
2 stepsIntroduction to the Pandas Library for Data Analysis
Pandas is a Python library designed for efficient data manipulation and analysis. It provides key data structures like Series and DataFrame, allowing for streamlined data processing, exploration, and cleaning, and integrates well with other data analysis libraries.
2 stepsExploratory Data Analysis (EDA)
Learn the fundamentals of Exploratory Data Analysis (EDA) with Pandas, including techniques for data indexing, slicing, filtering, and handling missing values to uncover insights from your datasets.
2 stepsEssential Concepts and Tools for Data Visualization in Data Science
Data visualization plays a pivotal role in data science, enabling us to understand and interpret data more effectively. It aids in exploring data, identifying anomalies, understanding relationships and trends, and communicating findings clearly.
3 steps