Machine Learning on Geographical Data Using Python
Introduction into Geodata with Applications and Use Cases
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Beschreibung
Get up and running with the basics of geographic information systems (GIS), geospatial analysis, and machine learning on spatial data in Python. This book starts with an introduction to geodata and covers topics such as GIS and common tools, standard formats of geographical data, and an overview of Python tools for geodata. Specifics and difficulties one may encounter when using geographical data are discussed: from coordinate systems and map projections to different geodata formats and types such as points, lines, polygons, and rasters. Analytics operations typically applied to geodata are explained such as clipping, intersecting, buffering, merging, dissolving, and erasing, with implementations in Python. Use cases and examples are included. The book also focuses on applying more advanced machine learning approaches to geographical data and presents interpolation, classification, regression, and clustering via examples and use cases. This book is your go-to resource for machine learning on geodata. It presents the basics of working with spatial data and advanced applications. Examples are presented using code and facilitate learning by application.
What You Will Learn
- Understand the fundamental concepts of working with geodata
- Work with multiple geographical data types and file formats in Python
- Create maps in Python
- Apply machine learning on geographical data
Get up and running with the basics of geographic information systems (GIS), geospatial analysis, and machine learning on spatial data in Python. This book starts with an introduction to geodata and covers topics such as GIS and common tools, standard formats of geographical data, and an overview of Python tools for geodata. Specifics and difficulties one may encounter when using geographical data are discussed: from coordinate systems and map projections to different geodata formats and types such as points, lines, polygons, and rasters. Analytics operations typically applied to geodata are explained such as clipping, intersecting, buffering, merging, dissolving, and erasing, with implementations in Python. Use cases and examples are included. The book also focuses on applying more advanced machine learning approaches to geographical data and presents interpolation, classification, regression, and clustering via examples and use cases. This book is your go-to resource for machine learning on geodata. It presents the basics of working with spatial data and advanced applications. Examples are presented using code (accessible at github.com/Apress/machine-learning-geographic-data-python) and facilitate learning by application.
What You Will Learn
- Understand the fundamental concepts of working with geodata
- Work with multiple geographical data types and file formats in Python
- Create maps in Python
- Apply machine learning on geographical data
Readers with a basic understanding of machine learning who wish to extend their skill set to analysis of and machine learning on spatial data while remaining in a common data science Python environment
Provides a comprehensive introduction to working with geodata in Python Presents ML approaches—such as interpolation, classification, and clustering—to geographical data in Python Starts with basic operations, topics increase in complexity, and covers advanced use cases
Autor*in
Joos Korstanje
Themen in »Machine Learning on Geographical Data Using Python«
Machine Learning Python Geodata Geographical Information Systems Map Visualizations Regression Clustering