This event is part of the Harvard Affiliate Only Spatial Data Science Workshop Series.

Date: 1/28/2022Time: 12:00 PM ETLength: 1 hour of presentation with an hour for open discussion/office hours afterwardsRegistration link.

 

Panelists:

Lauren Bennett

Alberto Nieto

Ankita Bakshi

Cheng-Chia Huang

Eric Krause

Hooman Hashemi

Jie Liu

Kevin Butler

Xiaodan Zhou

Ting-Hwan Lee

Course Description:

Machine learning can play a critical role in spatial problem solving in a wide range of areas, including spatial pattern detection. The ability to automate this type of pattern detection is crucial when addressing the world’s most challenging spatial problems. This workshop covers machine learning methods to perform cluster analysis using attributes, space, and time. We'll cover methods such as Multivariate Clustering, Build Balanced Zones, and Density-based Clustering in both space and time. Each technique is explained in conceptual terms to understand how it works and accompanied by a demonstration that showcases its use. Use cases will include climate and environmental data, data for social good, and more.

Prior to the workshop attendees will be provided an ArcGIS Pro project with demo data that will be used throughout the workshop. Attendees will be invited to follow along during demonstrations using the provided data, though this is not required.Learning Objectives:

To introduce the various challenges that create a need for data-driven clustering and categorization of data

To see how machine learning concepts are integrated into spatial analysis workflows in GIS

To learn the concepts behind common density-based clustering algorithms, including DBSCAN, HDBSCAN, and OPTICS

To learn the concepts behind attribute clustering algorithms, including k-means and Spatially Constrained Multivariate Clustering (SKATER)

To understand the implications of the various parameters of these methods

To be able to visualize and interpret the results of cluster analysis in maps

Prerequisites:

Basic experience in ArcGIS Pro’s functionality, including the ability to create and open projects, load layers, and use geoprocessing tools.

Target Audience:

Anyone that wants to visualize and analyze continuous data spatially

Anyone that wants to use maps and spatial data in their work

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