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Geospatial Data Science Quick Start Guide

Geospatial Data Science Quick Start Guide

By : Abdishakur Hassan, Jayakrishnan Vijayaraghavan
4 (6)
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Geospatial Data Science Quick Start Guide

Geospatial Data Science Quick Start Guide

4 (6)
By: Abdishakur Hassan, Jayakrishnan Vijayaraghavan

Overview of this book

Data scientists, who have access to vast data streams, are a bit myopic when it comes to intrinsic and extrinsic location-based data and are missing out on the intelligence it can provide to their models. This book demonstrates effective techniques for using the power of data science and geospatial intelligence to build effective, intelligent data models that make use of location-based data to give useful predictions and analyses. This book begins with a quick overview of the fundamentals of location-based data and how techniques such as Exploratory Data Analysis can be applied to it. We then delve into spatial operations such as computing distances, areas, extents, centroids, buffer polygons, intersecting geometries, geocoding, and more, which adds additional context to location data. Moving ahead, you will learn how to quickly build and deploy a geo-fencing system using Python. Lastly, you will learn how to leverage geospatial analysis techniques in popular recommendation systems such as collaborative filtering and location-based recommendations, and more. By the end of the book, you will be a rockstar when it comes to performing geospatial analysis with ease.
Table of Contents (9 chapters)
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Fundamentals of graph data structure

Graphs can be effectively used to model and solve routing problems through road and public transit networks. Graphs can be designed to model and predict financial transactions and even complex social networks (yeah, blame a graph algorithm the next time Facebook or LinkedIn makes an unfamiliar or unsolicited friend suggestion or professional connection). Despite its versatility, the graph universe is made up of just two simple, easily relatable components, namely, nodes and edges. In a road network, a node might represent a road intersection and an edge might very well represent the road segment itself. The convention is that an edge is an entity that always connects two nodes, as is represented in the following diagram:

Simple edge

Let's fire up a new Google Colab Notebook and build our first graph using a Python library known as networkx...

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