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GTC Southwest 2008
William HollandCEO
GeoAnalytics, Inc.
The Power of Spatially Enabled Enterprise Addressing Systems
The Power of Spatially Enabled Enterprise Addressing Systems
2
Presentation Overview AgendaPresentation Overview Agenda
• Introduction and Purpose
• Problem Statement and Concepts
• Solution Architecture
– Organization
– Process
– Data
– Technology
• Case Study: Orange County, Florida
• Questions and Answers / Discussion
• Introduction and Purpose
• Problem Statement and Concepts
• Solution Architecture
– Organization
– Process
– Data
– Technology
• Case Study: Orange County, Florida
• Questions and Answers / Discussion
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Purpose Purpose
• Provide an understanding of the issues and opportunities drivingthe need for better street address management and use
• Discuss concepts and best practices for implementing an enterprise address system
• Illustrate one solution approach
• Provide an understanding of the issues and opportunities drivingthe need for better street address management and use
• Discuss concepts and best practices for implementing an enterprise address system
• Illustrate one solution approach
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What is an Address?What is an Address?
• Mailing
– Recognized by US Postal Service for delivery of mail (Includes post office boxes)
• Physical/Situs
– Physical structure or location (such as parcel, building, meter, cell tower, pier)
• Geographic
– Is described by a set of real world coordinates
• Theoretical
– Address ranges that may exist along street centerlines or edges
• Mailing
– Recognized by US Postal Service for delivery of mail (Includes post office boxes)
• Physical/Situs
– Physical structure or location (such as parcel, building, meter, cell tower, pier)
• Geographic
– Is described by a set of real world coordinates
• Theoretical
– Address ranges that may exist along street centerlines or edges
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Addresses in a Spatial Information ContextAddresses in a Spatial Information Context
PermitPermitor Offenseor Offense
FacilityFacilityTraceTrace
Public SafetyPublic SafetyIncidentIncident
Election DistrictElection DistrictLand UseLand Use Census UnitCensus Unit FloodplainFloodplain
ZoningZoning Jurisdiction Jurisdiction BndBnd Tax DistrictTax District
FacilityFacility ParcelParcel AddressAddress
Street CenterlineStreet CenterlinePLSSPLSS HydrographyHydrography Building FootprintBuilding Footprint
OrthophotographyOrthophotography PlanimetricPlanimetric TopographyTopography
Geodetic Control NetworkGeodetic Control Network
FrameworkLayers
SupplementalLayers
Base MapFeatures
BusinessEvents
1
Loca
tes
>
Has > 1
determines >*
*1
11
1
Has
><
Link
ed t
o *< Influences *
1
< Li
nked
to
**Linked to >1*
< Uses
*
Street Centerline
Address
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Who Uses Address InformationWho Uses Address Information
• Planning
• Building
• Zoning
• Code Enforcement
• Public Works
• Engineering
• Assessment
• Planning
• Building
• Zoning
• Code Enforcement
• Public Works
• Engineering
• Assessment
• Economic Development
• Public Safety
• Fire Department
• Law Enforcement
• Human Services
• Public Health
• Voter Registration
• 311/Customer Care
• Economic Development
• Public Safety
• Fire Department
• Law Enforcement
• Human Services
• Public Health
• Voter Registration
• 311/Customer Care
• GIS
• IS \ MIS
• Corrections
• Administration
• Environmental Protection
• Taxation and other Billing Authorities
• Customer Information Systems
• GIS
• IS \ MIS
• Corrections
• Administration
• Environmental Protection
• Taxation and other Billing Authorities
• Customer Information Systems
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How and Which address Type to Use?How and Which address Type to Use?
Public
• 9-1-1 Public Safety Response
• Tax Bills
• Rezoning Notifications
• Utility Billing/Services
• Voter Registration
• Property Appraisal/Assessment
• Emergency Management
Public
• 9-1-1 Public Safety Response
• Tax Bills
• Rezoning Notifications
• Utility Billing/Services
• Voter Registration
• Property Appraisal/Assessment
• Emergency Management
Commercial
• Customer Relationship Management
• Work Order/Asset Management
• Service Delivery
• Supply Chain and Route Optimization
• Market Planning and Analysis
• Site Location
• Financial Management
Commercial
• Customer Relationship Management
• Work Order/Asset Management
• Service Delivery
• Supply Chain and Route Optimization
• Market Planning and Analysis
• Site Location
• Financial Management
Parcel Address
Billing Address
Occupant Address
Owner Address
Facility Address
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Address Management – The Traditional WayAddress Management – The Traditional Way
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Why an Enterprise Addressing System?Why an Enterprise Addressing System?
The Problem StatementThe Problem Statement
Addressing Conventions and StandardsAddressing Conventions and Standards
• Primary versus alternate street names
• Abbreviations
• N:N address to parcel relationships
• Corner addresses
• Actual versus theoretical address ranges
• Defining location
• More….
• Primary versus alternate street names
• Abbreviations
• N:N address to parcel relationships
• Corner addresses
• Actual versus theoretical address ranges
• Defining location
• More….
206
Jones St.
Does this lot get a number?
Is this on Jones or Second?
and what is the number?
100 - 199 Hwy 206
100 - 199 Jones St.
Is the range 3500 - 3508 or 3500 - 3599?
Is Avenue abbreviated Ave or Av?
Do both parcels get the same PIN?
Is it Hwy or State Road or Highway, etc.?
Can each house get a different address on the same parcel?
Locally Known As McKay Road
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Property level
Building level
Door level
Representation of Situs Address LocationRepresentation of Situs Address Location
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Multiple Address GridsMultiple Address Grids
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Islands of Address Data and Business FunctionalityIslands of Address Data and Business Functionality
Public Works
Assessment/Taxation
Planning & Zoning
Different Address Custodians – Supporting Differing Business Functions
911/Public Safety
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Challenges and IssuesChallenges and Issues
• Lack of communication
• “Disconnected”, independent, duplicate address databases
• Repetition of work
• Undocumented maintenance processes
• Lack of communication
• “Disconnected”, independent, duplicate address databases
• Repetition of work
• Undocumented maintenance processes
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Challenges and IssuesChallenges and Issues
• Use of hardcopy maps for address maintenance
• Parcel and address mapping not synchronized
• Quality control on address data creation
• Inter-departmental versus inter-jurisdictional coordination
• Currency of address data in different systems
• Use of hardcopy maps for address maintenance
• Parcel and address mapping not synchronized
• Quality control on address data creation
• Inter-departmental versus inter-jurisdictional coordination
• Currency of address data in different systems
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Challenges and IssuesChallenges and Issues
• Liability
– Political – Bad decisions based on incorrect data
– Legal – Potential civil liability where there is injury to person or property
• Lack of addressing standards
– Street naming conflicts
– Non-standard abbreviations for street names
– Consistent enforcement
• Liability
– Political – Bad decisions based on incorrect data
– Legal – Potential civil liability where there is injury to person or property
• Lack of addressing standards
– Street naming conflicts
– Non-standard abbreviations for street names
– Consistent enforcement
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Challenges and IssuesChallenges and Issues
• Emphasis on parcel specific addresses
– Does not recognize other types of addresses (ranges, construction trailer in ROW, phone booth, lift station, meter)
• No maintained relationship between address ranges and situs addresses
• Data not fit to related ranges and parcels
• In the end, there are many problems, many opportunities
• Emphasis on parcel specific addresses
– Does not recognize other types of addresses (ranges, construction trailer in ROW, phone booth, lift station, meter)
• No maintained relationship between address ranges and situs addresses
• Data not fit to related ranges and parcels
• In the end, there are many problems, many opportunities
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A Solution ApproachA Solution Approach
Spatially Enabled Enterprise Address SystemSpatially Enabled Enterprise Address System
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Solution To The ProblemSolution To The Problem
• An Enterprise Addressing System that is:
– Designed to address relevant departmental business interests
– Automated
– Standardized
– Transactionally maintained and current
– Coordinated
– Interoperable for internal and external uses
– Accessible to all systems and users
• An Enterprise Addressing System that is:
– Designed to address relevant departmental business interests
– Automated
– Standardized
– Transactionally maintained and current
– Coordinated
– Interoperable for internal and external uses
– Accessible to all systems and users
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Address System ComponentsAddress System Components
ENTERPRISE
OrganizationOrganizationTechnologyTechnology
DataDataProcessProcess
911/D
ispat
ch
911/D
ispat
ch
Wor
k Ord
er M
gmt
Wor
k Ord
er M
gmt
Prope
rty A
ppra
isal
Prope
rty A
ppra
isal
ApplicationsApplications
System System ComponentsComponents
Prope
rty R
ezon
ing
Prope
rty R
ezon
ing
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Enterprise Address System ConceptEnterprise Address System Concept
User Side
Business SystemsTax
Real Property
911/CAD
Sheriff/RMS
Permits & Inspection
Human Services
GIS
Web PublicationWeb Lookup
Reports
Maintenance Side
CommonMaintenance
Interface
Zoning
911
GIS
Replication
DB
Validation DB
Municipalities
Data TransferServices
Enterprise Enterprise Address DatabaseAddress Database
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Enterprise Address System ConceptEnterprise Address System Concept
Business SystemsMAINTAIN
Address Data Maintenance
Workflow
Spatial Data Maintenance
Workflow
CITY OF MADISON
OTHERJURISDICTIONS
Enterprise Address System
DATABASE
Enterprise Data Repository
DATABASE
DCIMap
Geocoding Service
Address or Street Name
Lookup
MSAG
ArcIMS Map Services
Application Services
Tax/RPL
Land & Water Resources
Health & Social
Services
Records Management
System
9-1-1 Dispatch
Public
Pull
US
AG
E
Data Publication
Data Validation
Exposed Functionality
System InterfaceQC and Upload
Data Packaging
Maintenance System
SERVICES
USE
MAINTAIN
MANAGE
Street Intersection
Voter Registration
Emergency Management
Structure Data Maintenance
Workflow
External
Business Data
Parcel Data Maintenance
Workflow
Dane County, WI
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Organizational Considerations and Requirements
Organizational Considerations and Requirements
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Organizational ConsiderationsOrganizational Considerations
• Who are your custodians versus users of address data?
– Responsibilities
– Authorities
– Accountabilities
• Policies
– Addressing policies and procedures?
– Is there established addressing ordinance?
• Who are your custodians versus users of address data?
– Responsibilities
– Authorities
– Accountabilities
• Policies
– Addressing policies and procedures?
– Is there established addressing ordinance?
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Organizational ConsiderationsOrganizational Considerations
• System governance?
• How do you coordinate processes and workflows?
• Is there an EAS champion at the top?
• Are the stakeholders committed?
• System governance?
• How do you coordinate processes and workflows?
• Is there an EAS champion at the top?
• Are the stakeholders committed?
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Formal Address System GovernanceFormal Address System Governance
Forum
Palm BeachCounty
EPW
Public Safety
PZB
Municipalities
GIS - PAC
Project ManagementTeam (PMT)
ASIG
EAS Custodians &Users
Users
ISS / CWGIS
AddressingCoordination
Function
Community Resource
Coordination
ReportingRecommendations
StrategiesPolicyPrioritiesObjectivesResources
ObjectivesStandardsResources
PerformanceReporting,
Recommendations
PerformanceReporting,
Issues
Feedback
EAS GovernanceEntities
EAS TechnicalAdministration
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Collaborative CustodianshipCollaborative Custodianship
Signage
Primary Participants
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Collaborative CustodianshipCollaborative Custodianship
Enterprise Addressing(Core Custodial Components)
Municipalities
Intrado Corp.
Property Appraiser
Parcel Mapping
CAMA Database
MSAG1
4
PSAPs2
3
Public Works
Public Safety
Planning/Zoning
Clerk
5Legal Records (inc. Plats)
Secondary Participants
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Process Considerations and Requirements
Process Considerations and Requirements
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Process ConsiderationsProcess Considerations
• Has the organization documented and approved addressing workflows?
• What are the key address activities?
– Development
– Maintenance
– Production
– Business use
• Who are the primary (core) and secondary participants?
• What are the baseline and goal metrics?
• Has the organization documented and approved addressing workflows?
• What are the key address activities?
– Development
– Maintenance
– Production
– Business use
• Who are the primary (core) and secondary participants?
• What are the baseline and goal metrics?
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Workflows Mapping – Plat AddressingWorkflows Mapping – Plat Addressing
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Workflows Mapping – Single AddressingWorkflows Mapping – Single Addressing
Non-Parcel Features
• Meter
• Lift Station
• Light Pole
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Data Considerations and RequirementsData Considerations and Requirements
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Data ConsiderationsData Considerations
• What address types are required?
• How are different addressing forms and formats reconciled?
• What is the requisite data quality – consistency, resolution, and timeliness?
• What is the data relationship between the different addresses and the processes that use them?
• Do you have a data model to meet multiple business needs?
• What address types are required?
• How are different addressing forms and formats reconciled?
• What is the requisite data quality – consistency, resolution, and timeliness?
• What is the data relationship between the different addresses and the processes that use them?
• Do you have a data model to meet multiple business needs?
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Data ConsiderationsData Considerations
• Maintenance
– Data model standard?
• URISA,
• NENA,
• US National Grid, etc.
– All data within ArcSDE geodatabase?
– What degree of normalization?
– ArcSDE versioning?
– History – Tabular and Spatial? ArcSDE or custom?
• Maintenance
– Data model standard?
• URISA,
• NENA,
• US National Grid, etc.
– All data within ArcSDE geodatabase?
– What degree of normalization?
– ArcSDE versioning?
– History – Tabular and Spatial? ArcSDE or custom?
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Data ConsiderationsData Considerations
• Publication
– Consumer user needs?
– Business analytics?
– Performance metrics?
– Transaction – Database or custom?
• Publication
– Consumer user needs?
– Business analytics?
– Performance metrics?
– Transaction – Database or custom?
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SiteSiteAddressAddress
Primary Primary Street NameStreet Name
Alternate Alternate Street NameStreet Name
Theoretical Theoretical RangeRange
Street Street CenterlineCenterline
Zip Code Zip Code BoundaryBoundary
Place Place NamesNames
AddressAddressTypesTypes
X,Y LocationX,Y Location
ParcelParcel
BuildingBuilding
CityCityNameName
City City BoundaryBoundary
Zip CodeZip Code
MSAG MSAG RangesRanges
Address Data Model ComponentsAddress Data Model Components
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Resources for Standards and GuidelinesResources for Standards and Guidelines
• United States Postal Service (USPS)
– (http://pe.usps.gov/cpim/ftp/pubs/Pub28/pub28.pdf)
• US Census Bureau (www.census.gov)
• National Emergency Number Association (NENA) (www.nena.org)
• URISA (www.urisa.org)
• Federal Geographic Data Committee
– (FGDC) (www.fgdc.gov)
• United States Postal Service (USPS)
– (http://pe.usps.gov/cpim/ftp/pubs/Pub28/pub28.pdf)
• US Census Bureau (www.census.gov)
• National Emergency Number Association (NENA) (www.nena.org)
• URISA (www.urisa.org)
• Federal Geographic Data Committee
– (FGDC) (www.fgdc.gov)
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Technology Considerations and Requirements
Technology Considerations and Requirements
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Technology ConsiderationsTechnology Considerations
• Are your addressing systems:
– Interoperable with other business information systems?
– Coordinated to minimize data discrepancies
– Accessible to remote offices, and governmental and private sector partners?
– Compliant with existing IS standards?
• Is there a business need for web-based tools for enhanced access?
• Are your addressing systems:
– Interoperable with other business information systems?
– Coordinated to minimize data discrepancies
– Accessible to remote offices, and governmental and private sector partners?
– Compliant with existing IS standards?
• Is there a business need for web-based tools for enhanced access?
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Technology ConsiderationsTechnology Considerations
• Maintenance Environment?
• Publication Environment?
• Technology Choices
– ArcGIS Desktop ArcMap Extension?
– ArcGIS Server?
– Integrated Reporting?
– Reporting Tool?
• Maintenance Environment?
• Publication Environment?
• Technology Choices
– ArcGIS Desktop ArcMap Extension?
– ArcGIS Server?
– Integrated Reporting?
– Reporting Tool?
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Technology ConsiderationsTechnology Considerations
Monitor &Monitor &ManageManage
Profile &Profile &QuantifyQuantify
Cleanse,Cleanse,Validate,Validate,ImproveImprove
Integrate & Integrate & OrganizeOrganize
Enrich & Enrich & Value AddValue Add
EnterpriseEnterpriseDataData
Master Data Management
Adapted from DataFlux®
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EAS Strategy Case StudyEAS Strategy Case Study
Orange County, FloridaOrange County, Florida
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Orange County ALADIN AddressingOrange County ALADIN Addressing
• Key Requirements
– Multi-Departmental custodians (911, Zoning, GIS; ~30 individuals)
– Fees calculated for addresses and some new street names, and grouped by business process
– Data history; transactional history by business process
– Legacy situs and centerline migration, and cleansing
– Three (3) levels of Sub-Address (building, level, unit)
• Key Requirements
– Multi-Departmental custodians (911, Zoning, GIS; ~30 individuals)
– Fees calculated for addresses and some new street names, and grouped by business process
– Data history; transactional history by business process
– Legacy situs and centerline migration, and cleansing
– Three (3) levels of Sub-Address (building, level, unit)
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Orange County ALADIN AddressingOrange County ALADIN Addressing
• Key Requirements
– Street name reservation; enforce unique street names
– Map-centric workflow; spatially derive address, zipcode, jurisdiction and mailing city from situs point location.
– Pre-Addressing of plats and commercial site plans
– Parcel Number not required; derive from map when available
• Key Requirements
– Street name reservation; enforce unique street names
– Map-centric workflow; spatially derive address, zipcode, jurisdiction and mailing city from situs point location.
– Pre-Addressing of plats and commercial site plans
– Parcel Number not required; derive from map when available
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Orange County ALADIN AddressingOrange County ALADIN Addressing
• Key Requirements
– Address type and subtype attributes
– Real-time access to new addresses for Building and Utilities permitting
– Address validation web service
– Automated ETL processes to shared repository
– Significant business intelligence and report requirements –requiring SAS technology integration
• Key Requirements
– Address type and subtype attributes
– Real-time access to new addresses for Building and Utilities permitting
– Address validation web service
– Automated ETL processes to shared repository
– Significant business intelligence and report requirements –requiring SAS technology integration
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Orange County, FL Conceptual EAS ArchitectureOrange County, FL Conceptual EAS Architecture
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Orange County, FL Process ArchitectureOrange County, FL Process Architecture
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Orange County, FL Process WorkflowOrange County, FL Process Workflow
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Database ComponentsDatabase Components
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Mailing Tables
Parcel Table
Building Tables
Range Table
Street Name Tables
Address Tables
EAS Spatial Tables
Address_No
PK Address_ID LONG
Address_No TEXT(10)Alpha_Ext TEXT(4)
FK1 Range_ID LONGFK2 Situs_Geometry_ID LONGFK3 ZipCode_ID LONGFK4 Jurisdiction_ID LONG
Postal_Area_ID LONGFK5 State_ID LONGFK6 Street_Name_ID LONGFK7 Country_ID LONG
Mailing_Flag CHAR(3)Status TEXT(10)Date_Entered CHAR(10)Date_Changed CHAR(10)
Street_Name
PK Street_Name_ID LONG
Street_Name TEXT(32)FK2 Prefix_ID LONGFK1 Suffix_ID LONGFK3 Pre_Dir_ID CHAR(10)
Status TEXT(10)Street_Type CHAR(256)Date_Entered DATETIMEDate_Changed DATETIME
Suffix
PK Suffix_ID LONG
Suffix TEXT(10)
Prefix
PK Prefix_ID LONG
Prefix TEXT(10)
Alias_Name
PK Alias_Name_ID LONG
Alias_Name TEXT(25)FK1 Prefix_ID LONGFK2 Suffix_ID LONGFK3 Pre_Dir_ID CHAR(10)
Range
PK Range_ID LONG
Theoretical_From TEXT(10)Theoretical_To TEXT(10)Actual_From TEXT(10)Actual_To TEXT(10)Odd_Even CHAR(10)
FK1 Range_Geometry_ID LONG
PID_X_Address
PK PID_Address LONG
FK1 Address_ID LONGFK2 Parcel_System_ID LONG
Parcel_Number
PK P_ID LONG
Parcel_ID TEXT(254)Date_Entered DATETIMEDate_Changed DATETIME
Building
PK Building_ID LONG
Building_Identifier TEXT(10)Building_Description TEXT(256)Status TEXT(10)Date_Entered DATETIMEDate_Changed DATETIMEDate_Retired CHAR(10)
Range_X_Alias
PK Range_Alias_ID LONG
FK2 Range_ID LONGFK1 Alias_Name_ID LONG
Situs_Geometry
PK Situs_Geometry_ID LONG
Situs_Geometry VARBINARY(0)
Range_Geometry
PK Range_Geometry_ID LONG
Range_Geometry VARBINARY(0)
Postal_Area_Geometry
PK Postal_Area_Geom_ID LONG
Area_Name TEXT(25)Area_Geometry VARBINARY(0)
Jurisdiction_Geometry
PK Jurisdiction_Geom_ID LONG
Jurisdiction_ID LONGJurisdiction_Name TEXT(25)Jurisdiction_Geometry VARBINARY(0)
Zip_5_Geometry
PK Zip_5_Geom_ID LONG
Zip_5 TEXT(5)Zip_5_Geometry VARBINARY(0)
ZipCode
PK ZipCode_ID LONG
ZipCode TEXT(5)ZipCode_Ext TEXT(4)
Jurisdiction
PK Jurisdiction_ID LONG
Jurisdiction_Name TEXT(25)
Bldg_Unit
PK Unit_ID LONG
FK1 Building_ID LONGUnit_Identifier TEXT(256)
FK2 Unit_Type_ID LONGBldg_Seq LONGLocation_Description TEXT(256)Status TEXT(10)
Bldg_X_Add
PK Bldg_Add_ID LONG
FK1 Building_ID LONGFK2 Address_ID LONG
Direction
PK Direction_ID LONG
Direction TEXT(10)Dir_Abbrev TEXT(10)
State
PK State_ID LONG
State_Name TEXT(25)State_Abbrev TEXT(2)
Country
PK Country_ID LONG
Country TEXT(25)
Building_Footprint
PK Building_Footprint_ID LONG
Building_ID LONGBuilding_Geometry VARBINARY(0)
Unit_Type
PK Unit_Type_ID LONG
Unit_Type TEXT(10)
Other Spatial Tables (Relate by location)
Bus_System_X_Add
PK System_X_Add_ID LONG
FK1 Address_ID LONGSource_ID LONGSource_Name TEXT(256)Bus_System_Name_ID TEXT(256)
Bus_System_Name
PK Bus_System_Name_ID CHAR(10)
FK1 System_X_Add_ID LONGBus_System_Name CHAR(10)
Comprehensive EAS Data ModelComprehensive EAS Data Model
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Street NameStreet Name
EAS SpatialEAS SpatialAddress RangeAddress Range
Core Address TablesCore Address Tables
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BuildingsBuildings
ParcelsParcels
Parcel and Building RelationshipsParcel and Building Relationships
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LocationLocation--based Spatial Relationshipsbased Spatial Relationships
Additional FeaturesAdditional Features
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Additional FeaturesAdditional Features
Mailing Address SupportMailing Address Support
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Orange County, FL EAS Input ArchitectureOrange County, FL EAS Input Architecture
System Inputs
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Orange County, FL EAS OutputArchitectureOrange County, FL EAS OutputArchitecture
ArcSDE
SASETL Server
Metadata ServerBI Server
Database Level Replication(Support for Real Time Needs)
Web Portal
Custom Reporting$
MICROSOFT
CORPORATION
Custom Reports$
MICROSOFT
CORPORATION
Address Validation Service
INFOMAP
SAS MS Office Integration
Information Map StudioOLAP Cube Studio
ETL Studio
SASWeb Report Studio;Information Delivery PortalWeb OLAP Viewer
ETLParcel Featuresand CAMA Data
ETLOther GIS
Layers
ETLSpatial and
TabularAddress Data
Spatial and Tabular Data
ArcGIS DesktopSAS ESRI Integration
Other BusinessSystems
DATA TIER
APPLICATION TIER
PRESENTATION TIER
DESKTOP
INTRANET INTERNET
Address Validation GUI
System Outputs
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Orange County Enterprise AddressingOrange County Enterprise Addressing
ArcGIS Server Based Maintenance ApplicationArcGIS Server Based Maintenance Application
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ImplementationImplementation
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Partnerships Partnerships and and
CollaborationCollaboration
Managing Managing ChangeChange
Achieving Achieving
SustainabilitySustainabilityGIS and IT GIS and IT
ConvergenceConvergence
Vision, Vision, Strategy, and Strategy, and
ExecutionExecution
Challenges to EAS ImplementationChallenges to EAS Implementation
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Strategic OutcomesStrategic Outcomes
Adapted From: The Strategy Focused Organization, Kaplan & Norton, 2001
MissionMission Business Case
Core ValuesCore Values Principles
VisionVision Policy Objective
StrategyStrategyGame planGame plan Policy Mechanisms
Gauging ResultsGauging ResultsImplementation and focusImplementation and focus Metrics and Measures of Success
TacticsTacticsWhat we need to doWhat we need to do Policy Instruments
PersonalPersonal ObjectivesObjectivesWhat I need to doWhat I need to do Individual Objectives and Actions
Delighted Customers
Effective Processes
Motivated Workforce
Implementing an EAS - StrategyImplementing an EAS - Strategy
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Situation AssessmentSituation AssessmentSituation Assessment
Conceptual DesignConceptual DesignConceptual Design
Logical DesignLogical DesignLogical Design
Physical DesignPhysical DesignPhysical Design
ConstructionConstructionConstruction
ProductionProductionProduction
TransitionTransitionTransition
MethodologyMethodologyMethodology
ProcessProcess
ApplicationsApplications
OrganizationOrganization
TechnologyTechnology
DataData
System Components
System System ComponentsComponents
Implementing an EAS – Methodology 1Implementing an EAS – Methodology 1
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Implementing an EAS – Methodology 2Implementing an EAS – Methodology 2
Rational Unified Process™
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Challenges to EAS ImplementationChallenges to EAS Implementation
• Managing Change
– From Status Quo
– In Both Process and Systems
– In New Staff Skills
• Database Development and Administration
• Getting Participation and Support
– All Stakeholders
– External Partners (Development Community)
• Incremental Solutions
– Help Producers and then Users?
• Managing Change
– From Status Quo
– In Both Process and Systems
– In New Staff Skills
• Database Development and Administration
• Getting Participation and Support
– All Stakeholders
– External Partners (Development Community)
• Incremental Solutions
– Help Producers and then Users?
The Power of Spatially Enabled Enterprise Addressing Systems
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DiscussionDiscussion
William HollandCEO
GeoAnalytics
This Presentation Will Be Available At:
http://geoanalytics.com/library/
The Power of Spatially Enabled Enterprise Addressing Systems
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