Introduction to the ArcGIS

Predictive Analysis ToolsDavid Attaway

Overview

• ArcGIS Desktop Add-in --- FREE

• Set of tools for…

- Raster-based querying

- Mobility and proximity data creation

- Temporal analysis

Predictive Analysis Tools

Agenda:

• Introduction for ArcGIS Predictive Analysis Tools (PA Tools)

- Overview

- Functionality / Demo

• Versatility / Architecture of PA Tools

• Web Based Predictive Analysis Tools

- Overview

- Functionality / Demo

• Questions and Answers

• Closing

Capabilities

• Predict suitable locations, and travel routes

• Extremely fast to accommodate iterative analysis

• Auto-generate analysis based on historic data

• Repeatable and shareable workflows

• Easy to use

Predictive Analysis Tools

Homeland Security

Stopping Smugglers

Environmental Management

Preservation

Law Enforcement

Fighting Drug Production

GeoDesign

Urban Planning

Landscape Architecture

Sustainability

Defense and Intel

Finding Enemy Targets

Medical Geography & Health

Suitability

Weather

Modeling / Forecasting

VersatilityVersatility

Predictive Analysis Tools

Using Doctrine or Pattern of Life

Build Query

(Query Editor)

Analyze

Results

(SPOT Tool)

Optional: Predictive Movement Analysis

(Route Finder)

Refine

Share Analysis

Final Analysis

Map

Define Question

Prepare Data

(Geoprocessing, Speed Model

Builder)

Predictive Site Suitability

Using Evidence to Develop Pattern of Life

Perform Statistical Analysis

(Query Generator)

Build Query

(Query Editor)

Analyze

Results

(SPOT Tool)

Optional: Predictive Movement Analysis

(Route Finder)

Refine

Share Analysis

Final Analysis

Map

Define Question

Prepare Data

(Geoprocessing, Speed Model

Builder)

Using Doctrine or Pattern of Life

Build Query

(Query Editor)

Analyze

Results

(SPOT Tool)

Optional: Predictive Movement Analysis

(Route Finder)

Refine

Final Analysis

Map’s

Define Question

Prepare Data

(Geoprocessing, Speed Model

Builder)

Predictive Site Suitability

Using Evidence to Develop Pattern of Life

Perform Statistical Analysis

(QFIT)

Build Query

(Query Editor)

Analyze

Results

(SPOT Tool)

Optional: Predictive Movement Analysis

(Route Finder)

Refine

Define Question

Prepare Data

(Geoprocessing, Speed Model

Builder)

Predicting Aedes Habitat and suitable locations for vector borne disease

• Where are we likely to have areas of high vector borne disease?

• What are the most important parameters to minimize risk?

• What environments are most suitable to vector borne disease?

• How can we bring together epidemiologists, entomologists, public

health officials, and geographers to capture doctrine?

• Use doctrinal knowledge to set environmental constraints

• Use past data to optimize searching for suitable locations

• Identify which areas are at greatest risk?

• Auto-generate search criteria

Demo Scenario

David Attaway

Predicting Aedes Habitat

and suitable locations

for vector borne disease

Road Map…

• Now

- Version 1.3 is available on the Resource Center

- Previous Versions 1.2 & 1.1 ( ArcMap 10.2.x) and Query Editor ( ArcMap 10.1)

- Predictive Analysis Web 1.0.1 for Web AppBuilder 1.2

• Next (Coming Soon)

- Predictive Analysis Web Tools version 1.2 w/ Query Generator

• Future / Ideas

- More web capabilities

- Desktop tool automation

- Data Decay parameters

- More…

Predictive Analysis Tools

David Attaway

Predictive Analysis

Web Application

Predictive Analysis Web 1.0.1 for Web AppBuilder 1.2 -

http://www.esri.com/apps/products/download/index.cfm?fuseaction=download.main&downloadid=1832

Predictive Analysis Web Tools

• What they are…

- JavaScript Widgets for the Query Editor / Query Inspector

- Compatible with ArcGIS Web App Builder

• What they do…

- Queries as fast as desktop version

- Supports large data, and live services

- Pre-defined queries for reuse and collaboration

• When they are available…

- Stand alone version JUST RELEASED on the resource center

- The next release of the Ops Server from Defense Solutions team

Predictive Analysis Tools

Method that draws on temperature, precipitation, elevation, land cover, and population density variables to

identify locations suitable for mosquito activity year-round.

Thank You to the

Sponsors & Organizers