Apache Spark & Geodata (The Book + Github Repo Access)
Apache Spark & Geodata
Learn to use Apache Spark (with PySpark) for Big Data GeoAnalytics of OpenStreetMap and other Geospatial Data
About the Book
In this book I will very quickly introduce you to the Apache Spark stack and then get into the meat of performing a full featured geospatial analysis. Using OpenStreetMap data as our base, our end goal will be to find the most cultural city in Western Europe!
That's right! In this book we will develop our own Cultural Weight Algorithm (TM) :) and apply it to a set of major cities in Europe. The data will be analyzed using Apache Spark and in the process we will learn the following phases of Big Data projects:
- Consuming: Retrieving raw data from REST API's (OpenStreetMap).
- Preparation: Data exploration and schema creation of geospatial data
- Summarize: We will query data by Location. Perform Spatial Operations such as finding Overlapping geospatial features, do joins by location, also known as Spatial Joins and finally obtain location based summary statistics to arrive at our answer regarding the cultural capital of Europe.
Here's a summary of the book. I hope you will join us on this journey of exploring one of the most exciting technology stacks to come out of the good folks at the UC Berkeley.
Why Spark?
Spark has quickly overtaken Hadoop as the front runner in big data analysis technologies. There are a number of reasons for this such as its support for developer friendly interactive mode, it's polyglot interface in Scala, Java, Python, and R, and the full stack of Algorithmic libraries that such language ecosystems offer.
Out of the box, Spark includes a powerful set of tools: such as the ability to write SQL queries, perform streaming analytics, run machine learning algorithms, and even tackle graph-parallel computations but what really stands out is its usability.
With it's interactive shells (in both Scala and Python) it makes prototyping big data applications a breeze.
Why PySpark?
PySpark provides integrated API bindings around Spark and enables full usage of the Python ecosystem within all the nodes of the Spark cluster with the pickle Python serialization and, more importantly, supplies access to the rich ecosystem of Python’s machine learning libraries such as Scikit-Learn or data processing such as Pandas.
Throughout this book I am going to use a Docker Container with the relevant libraries. Don't worry if you don't know Docker, I walk you through setting up and running Docker too
About the Authors
Packages
The Book + Github Repo Access
PDF
EPUB
WEB
English
The Book + Code + 1-on-1 Slack Support
I'd like to offer anyone who want's one-on-one support the option to do so via slack. If you purchase this package I will answer any technical questions that you may have. These can be directly about the book and it's content or related to the technologies used in it, namely Spark, GeoPandas, SpatialSpark, Amazon EMR and OpenStreetMap. Please make sure you enter your email so I can add you to the Slack channel
PDF
EPUB
WEB
English
About the Contributors
Dr
Table of Contents
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1. Installing Docker
- Mac OSX
- Windows
- Ubuntu Linux
- Other Unix based OS
- Setting up the Docker instance
- Pulling the Docker image
- Check if the image is installed
- Starting the Docker instance (container) with our notebooks
- Jupyter PySpark environment
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2. The Data
- The Data
- Getting Official Statistics from EuroStat
- Exercise: Getting Spatial Boundary Data
- OpenStreetMap/Overpass API
- Exercise: Getting to know OSM Data
- OSM data on Hadoop Hive
- 3. Chapter 2 - What are we going to do?
- 4. What do we mean by culture/cultural score?
-
5. GeoPandas
- OGC SimpleFeatures
- Exercise:
- Preparing our data for Spatial Spark
- Create a pyspark dataframe from GeoPanadas
-
6. Lets look at the POI data next
- Adding WKT attribute
- 7. Counting Museums
-
8. Count the number of museums in Zurich
- Exercise
- Solution
-
9. Joins UDFs & Spatial Predicates
- Advanced Dataframe API
-
10. Joins, UDFs, Broadcast Variables, Spatial Predicate
- Joins
- User-Defined Functions (aka UDF)
- Broadcast variables
- Exercise: for each city count the number of museums
- Adding population column
- Calculating the score
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11. Spatial Spark
- Spatial Partition
- Spatial Range Query
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12. Chapter 7 - Finding the cultural capital of Europe
- Perform Analysis on all the cultural features across all cities
- Perform Analysis on all the cultural features across all cities
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13. Unique IDs
- what have we done so far
- 14. Visualizing the data
- 15. Chapter 8 - Running in Production
- Appendix: Introduction to Docker basics
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