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Using ArcGIS ModelBuilder and GeoCoding

Using ArcGIS ModelBuilder and GeoCoding


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I looked at ArcGIS and python and I'm not quite ready for that as I'm on a schedule. I have a little experience but not at the level to pick it up quickly enough for my time frame.

The model runs well, I've munged the tables so the geocoder picks up all the fields properly. But I can't get it to save the results of each geocoding process to an individual file. It just keeps overwriting the same file.

I tried connecting the name variable to the geocode addresses function but get this:

Which doesn't work.

Any suggestions how I can get this done?

If there's a simple edit in scripting outside of the ModelBuilder I can do that.


Please have a look at the second example in here. Most probably your question is related to finding the right term here, which is inline variable substitution.


Geographic Information Systems (GIS) for Public Health - Online

Program Description

The role of spatial analysis in local, state and regional public health has steadily increased over the last decade with the infusion of Geographic Information Systems (GIS) software such as ESRI ArcGIS. The goal of this workshop is to provide an introduction to GIS with a specific focus on applications to public health. Through hands-on, immersive exercises using ArcGIS the workshop will prepare you to feel comfortable communicating with other GIS users, view and query spatial data, and produce high quality digital maps in an applied learning environment to support public health decision making.

This is an introductory level mapping workshop for novice GIS users, applicable to all public health fields. Topics covered include navigating the GIS software, basic mapping, development and processing of geographical datasets, working with Census and American Community Survey data, geocoding, spatial data analysis and cluster mapping to support decision making, and geographical data presentation.

Competencies

Participants will learn to:

  • Navigate GIS software
  • Add and query spatial data
  • Download and map census data
  • Geocode addresses
  • Communicate data with maps
  • Conduct spatial cluster analyses.

Required knowledge/pre-requisites

A basic understanding of Microsoft excel, while not essential, is highly recommended.

Discounts available—visit our FAQs page to learn more.


ArcGIS for Desktop application tutorials

This tutorial shows you how to use ArcGIS for Desktop to use database servers (instances of SQL Server Express) and the geodatabases you create on the database servers to store, access, and edit GIS data.

An ArcGIS for Desktop Standard or Advanced license is required to complete the tutorial.

In this tutorial, you'll learn the basics of the editing environment in ArcMap, including creating new features on the map updating attribute values utilizing snapping while editing, creating, and editing annotation using topology to maintain spatial integrity and performing spatial adjustments on your data.

In this tutorial, you will learn how to create, manage, and edit a parcel fabric. An ArcGIS for Desktop Standard or Advanced license is required to complete the tutorial.

In this tutorial, you'll be introduced to the Find Route dialog box. The tutorial provides step-by-step instructions on how to use the route-finding functionality that it offers.

In this tutorial, you'll learn how to create and manage address locators and how to use them to find the location of an individual address or table of addresses.

In this tutorial, you'll learn to build geodatabases that include relationship classes, subtypes, attribute domains, topology, geometric networks, and feature-linked annotation. An ArcGIS for Desktop Standard or Advanced license is required to complete the tutorial.

Geoprocessing service examples

In this tutorial, you'll learn how to create geoprocessing services for ArcGIS for Server .

In this tutorial, you'll learn how to create, manage, display, query, and analyze data whose relative position has been modeled along a linear feature.

In this tutorial, you'll learn how to design and create publication-quality cartographic labels for maps using the Maplex Label Engine.

In this tutorial, you'll learn how to use ModelBuilder to execute a sequence of tools.

In this tutorial, you'll learn how to create a useful tool from a model. The model can then be run using its dialog box.

In this tutorial, you'll learn how to create a raster layer from a netCDF file, change the display, and analyze temporal temperature data.

In this tutorial, there are exercises to help you learn how to build mosaic datasets, the decisions you need to consider for your data, and the uses of the mosaic dataset.

In this tutorial, you will be introduced to representations that allow you to symbolize geographic features with a set of rules that are stored with your data in the geodatabase. Representation rules can create and draw dynamic geometry that differs from the feature shape, allowing a complex depiction of features without impacting the spatial integrity of your data. Representations provide greater control over the precision and definition of the symbolization of your data. An ArcGIS for Desktop Standard or Advanced license is required to complete the tutorial.


Items in the Catalog tree view

The following are some of the items commonly shown in the Catalog tree:

  • Folders—Connections to workspaces holding datasets and ArcGIS documents
  • File and personal geodatabases—A folder of dataset files or an Access .mdb file
  • Database connections—Database and ArcSDE geodatabase connections
  • Address locators—Address geocoding files used in ArcGIS
  • GIS servers—A list of the ArcGIS Servers that can be managed with ArcCatalog
  • Toolboxes—Geoprocessing tools used in ArcGIS
  • Python scripts—Files containing geoprocessing scripts that automate work or perform modeling
  • Styles—Contains map symbols such as marker (point) symbols, line symbols, pattern fill symbols (for polygons), and text symbols used for map labels

You can work with the Catalog tree to make new connections, add new items (such as datasets), remove items, copy items, rename them, and so on.


Telegenisys India Pvt Ltd

COMPANY
Telegenisys Inc. is a Delaware corporation with its primary headquarters in California. It was formed in 1994 as a technology company. Since then it has grown for more than a decade in a broad set of disciplines specializing in insurance services, marketing support and research. In 1999 Telegenisys Inc. opened its second operation center in the Indian city of Pune in the State of Maharashtra.

FACILITIES
With locations in California and India, Telegenisys is able to leverage global resources while offering 24hr management support to its clients. Its data center offers highly specialized data and call management professionals serving a wide range of industries. The centers are designed with the local context in mind and have their own power plants. In addition to this they have continuity assurance of reserve battery power. The entire setup is green, using bio-diesel fuel to maintain uptime. In addition to power the centers are supplied by multiple E1s delivered over radio frequency links in addition to the more conventional fiber links. As a result the centers is able to withstand a significantly hostile infrastructure environment, should it be necessary, without failure or downtime.

QUALITY AND SECURITY
Our operation center is committed to delivering world class performance. Telegenisys has submitted and proven compliance to quality standards and is ISO 9001:2008 certified. It has also submitted to security procedure audits and is ISO 27001:2005 certified. Third party HIPAA audit further assures delivering to the highest privacy standards in the world. These efforts demonstrate our ability to deliver data security and with adherence to quality standards.

STAFFING
Due to rapid requirement changes, Telegenisys has an internal HR group that maintains a list of qualified candidates and does in-placement and out-placement work for the firm. We are known as one of the friendliest places to work and it’s a reputation the company earns by its actions each day. This is demonstrated by the fact that our turnover rates are less than half what other call centers are experiencing. With universities, language and accent training institutes close by we can deploy a team of trained and educated people rapidly.

TECHNOLOGY
Telegenisys has adopted open telephony standards using Asterisk servers in a dense matrix environment. Cisco network switching solutions are used along with other perimeter security devices. Advanced network defense systems deployed at the center assure that we can monitor, establish and automatically enforce data security policy.


Cartographic Metadata Record Assignment Text

Submission Materials

Student Comments : Hi Dr. Bishop, I apologize for the late submission. I mistakenly thought I had more time to work on this. I appreciate the opportunity to submit this work with a penalty deduction for lateness. I am a bit concerned about how to incorporate literature, which I did not do. If I need to add in references to literature on online mapping usability, perhaps I could use some additional time this evening? In for a penny, in for a pound after all. Thanks, Tanner

Instructor Feedback

This was done well. Future work would benefit from positioning your thoughts within existing literature. In that way, work you do matters to others. I will make it more clear in future versions of the course by assigning more required readings about usability in the GeoWeb week, including the best example from this class, and providing examples of what I mean by referencing literature. I did expect course materials to inform this first assignment (e.g., Harley, Crampton), but I will work better to help connect the dots in future assignments. For example, using another researchers framework would have been one way to do a usability assignment. Also, headings and subheadings help organize a paper, so you may want to use that structure in future work. The instructions also asked for screen shots and I think you could have used more of those. At least one for each application is what I will add to the directions.


Publishing the GIS resource as a service

Once you've created your GIS resource, you can publish it as a service using ArcGIS Server Manager. You can additionally use Manager to view your services, organize them in folders, monitor their performance, and create applications that make use of your services.

Publishing a service requires some preparation to make sure your GIS resource is accessible to all necessary components of the server. You should reference the resource and all of its data in such a way that all server object container (SOC) machines on your server can access it. Additionally, you must give the SOC account appropriate permissions to the directory containing the resource and its data.

When you create a service, you are asked to choose which capabilities of the GIS resource you want to enable. All service types support a base capability that is closely related to the GIS resource type. For example, all map services support the Mapping capability, and all globes support the Globe capability. However, additional capabilities may be available for a service depending on its type of GIS resource and what data and tools the resource contains. For instance, when you publish a map document that contains a tool layer, you get the option to enable the Geoprocessing capability, which allows clients to run a model on the server and see the results in the map service. Another example of a capability--one that you can enable when you publish any map service--is Mobile Data Access, which allows mobile devices to extract the map's data using a Web service. You can find a complete list of available capabilities in the topic What types of services can you publish?

By default, services are automatically enabled for Web access when you create them. If desired, you can disable Web access or set limits on what clients can do with the service through the Web. Additionally, you can specify which users on the network will have access to the services.


Introduction to Geographic Information Systems (GIS) with ArcMAP - Online

Program Description

The role of spatial analysis in local, state, and regional public health has steadily increased over the last decade with the infusion of Geographic Information Systems (GIS) software such as ESRI’s ArcGIS. This interactive, instructor-led workshop will provide a foundational look at ArcMAP, a component of ESRI’s ArcGIS, with a focus on applications to public health.

This is an introductory level mapping workshop for novice GIS users, applicable to all public health fields. Topics covered include navigating the software, basic mapping, development and processing of geographical datasets, and spatial data presentation to support decision making.

This hands-on, immersive workshop with ArcMAP will prepare you to feel comfortable communicating with other GIS users, view and query spatial data, and produce high quality digital maps in an applied learning environment to support public health decision making.

Competencies

Participants will learn to:

  • Navigate ArcGIS software
  • Add and query spatial data
  • Communicate data with maps

Required knowledge/pre-requisites

A basic understanding of Microsoft excel, while not essential, is highly recommended.

Discounts available—visit our FAQs page to learn more.

Instructor

Kevin J. Lane

is an Assistant Professor of Environmental Health at BUSPH. Dr. Lane’s research focuses are in the fields of air pollution, built environment, urbanization, and impacts of climate change on health in local, national and international settings. He has over 15 years of GIS experience working in the academic, government, and non-profit sectors. Dr. Lane is also Principal Investigator on the Federal Aviation Administration ASCENT Project and a co-investigator at the Center for Research on Environmental and Social Stressors in Housing across the life course (CRESSH), examining the interactions between air pollution, built environment, and social stressors on adverse health impacts.

The Power of Geocoding

Geographic Information Systems (GIS) can be powerful tools for communicating spatially-linked research, but there are a few key things to know before you begin geocoding your data. Check out this Practically Speaking video to learn more.


Methods for Retrospective Geocoding in Population Studies: The Jackson Heart Study

The increasing use of geographic information systems (GIS) in epidemiological population studies requires careful attention to the methods employed in accomplishing geocoding and creating a GIS. Studies have provided limited details, hampering the ability to assess validity of spatial data. The purpose of this paper is to describe the multiphase geocoding methods used to retrospectively create a GIS in the Jackson Heart Study (JHS). We used baseline data from 5,302 participants enrolled in the JHS between 2000 and 2004 in a multiphase process to accomplish geocoding 2 years after participant enrollment. After initial deletion of ungeocodable addresses (n = 52), 96% were geocoded using ArcGIS. An interactive method using data abstraction from participant records, use of additional maps and street reference files, and verification of existence of address, yielded successful geocoding of all but 13 addresses. Overall, nearly 99% (n = 5,237) of the JHS cohort was geocoded retrospectively using the multiple strategies for improving and locating geocodable addresses. Geocoding validation procedures revealed highly accurate and reliable geographic data. Using the methods and protocol developed provided a reliable spatial database that can be used for further investigation of spatial epidemiology. Baseline results were used to describe participants by select geographic indicators, including residence in urban or rural areas, as well as to validate the effectiveness of the study’s sampling plan. Further, our results indicate that retrospectively developing a reliable GIS for a large, epidemiological study is feasible. This paper describes some of the challenges in retrospectively creating a GIS and provides practical tips that enhanced the success.

This is a preview of subscription content, access via your institution.


GIS Data: Processing ArcToolbox, Geoprocessing and ModelBuilder Spring 2008 - PowerPoint PPT Presentation

Building a model: constructing. Create a new model. Drag tool into model . Permits writing of VB macros for sophisticated customization and development . &ndash PowerPoint PPT presentation

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