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CONNECT. TRANSFORM. AUTOMATE. Welcome. Berk Bayer The Application of Feature Manipulation Engine (FME) to Maintain Quality Control (QC) over Standardized Spatial Data

The Application of Feature Manipulation Engine (FME) to Maintain Quality Control (QC) over Standardized Spatial Data

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Presented by Berk Bayer, Northrop Grumman Corporation See more FME World Tour 2014 presentations at www.safe.com/recap2014

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Page 1: The Application of Feature Manipulation Engine (FME) to Maintain Quality Control (QC) over Standardized Spatial Data

CONNECT. TRANSFORM. AUTOMATE.

Welcome.

Berk Bayer

The Application of Feature Manipulation Engine (FME) to Maintain

Quality Control (QC) over Standardized Spatial Data

Page 2: The Application of Feature Manipulation Engine (FME) to Maintain Quality Control (QC) over Standardized Spatial Data

Introduction

I am a Data Management Specialist with the Northrop Grumman Corporation working at the Bureau of Land Management National Operations Center (NOC) in Denver, Colorado.

The NOC harvests and maintains standardized spatial data from the twelve administrative states in the Bureau.

Page 3: The Application of Feature Manipulation Engine (FME) to Maintain Quality Control (QC) over Standardized Spatial Data

Today’s Agenda

Advantages of Data Standardization

FME & Data Quality

Geometry Validator Transformer

Building Geometry Checks

Tester Transformer

Building Attribute Checks

Interpreting The Error Table

Maintaining QC

Page 4: The Application of Feature Manipulation Engine (FME) to Maintain Quality Control (QC) over Standardized Spatial Data

Advantages of Data Standardization

Data standardization ensures common understanding of content and quality.

Data standardization serves to resolve data anomalies and data conflicts.

Data standardization optimizes resources needed for organizational data calls.

Page 5: The Application of Feature Manipulation Engine (FME) to Maintain Quality Control (QC) over Standardized Spatial Data

FME & Data Quality

Quality Control (QC) over standardized data:

Improves data integrity.

Builds confidence in critical business decisions.

Builds trust in the organization.

FME helps to develop an effective QC plan.

Page 6: The Application of Feature Manipulation Engine (FME) to Maintain Quality Control (QC) over Standardized Spatial Data

FME & Data Quality

FME tools provide robust data management capabilities:

Geometry Validator transformer

Tester transformer

Page 7: The Application of Feature Manipulation Engine (FME) to Maintain Quality Control (QC) over Standardized Spatial Data

Geometry Validator Transformer

As features are harvested from the states, they undergo a geometry validation process:FME attempts to repair any features with null,

degenerate/corrupt or self-intersecting geometries.

An error report is created showing all features and it’s status as passing, repaired, or not repaired.

Page 8: The Application of Feature Manipulation Engine (FME) to Maintain Quality Control (QC) over Standardized Spatial Data

Building Geometry Checks

Our organization uses a similar outline of the diagram below to validate feature geometry:

Page 9: The Application of Feature Manipulation Engine (FME) to Maintain Quality Control (QC) over Standardized Spatial Data

Building Geometry Checks

Page 10: The Application of Feature Manipulation Engine (FME) to Maintain Quality Control (QC) over Standardized Spatial Data

Building Geometry Checks

Page 11: The Application of Feature Manipulation Engine (FME) to Maintain Quality Control (QC) over Standardized Spatial Data

Building Geometry Checks

Page 12: The Application of Feature Manipulation Engine (FME) to Maintain Quality Control (QC) over Standardized Spatial Data

Building Geometry Checks

Page 13: The Application of Feature Manipulation Engine (FME) to Maintain Quality Control (QC) over Standardized Spatial Data

Tester Transformer

Our organization uses the tester transformer to evaluate the attribute integrity of harvested features.

The tester transformer ensures that attribute values meet the established design constructs.

Attributes that violate design considerations are noted in the error report.

Page 14: The Application of Feature Manipulation Engine (FME) to Maintain Quality Control (QC) over Standardized Spatial Data

Building Attribute Checks

Page 15: The Application of Feature Manipulation Engine (FME) to Maintain Quality Control (QC) over Standardized Spatial Data

Building Attribute Checks

Page 16: The Application of Feature Manipulation Engine (FME) to Maintain Quality Control (QC) over Standardized Spatial Data

Building Attribute Checks

Page 17: The Application of Feature Manipulation Engine (FME) to Maintain Quality Control (QC) over Standardized Spatial Data

Building Attribute Checks

Page 18: The Application of Feature Manipulation Engine (FME) to Maintain Quality Control (QC) over Standardized Spatial Data

Building Attribute Checks

Page 19: The Application of Feature Manipulation Engine (FME) to Maintain Quality Control (QC) over Standardized Spatial Data

Building Attribute Checks

Page 20: The Application of Feature Manipulation Engine (FME) to Maintain Quality Control (QC) over Standardized Spatial Data

Interpreting The Error Table

Page 21: The Application of Feature Manipulation Engine (FME) to Maintain Quality Control (QC) over Standardized Spatial Data

Maintaining QC

Data is periodically harvested from the states.

Once the data satisfies QC measures, as established by the business/program area, it may be published for external customers.

Page 22: The Application of Feature Manipulation Engine (FME) to Maintain Quality Control (QC) over Standardized Spatial Data

Thank You!

Questions?

For more information: Berk Bayer ([email protected]) Tom Chatfield ([email protected]) Jeff Safran ([email protected]) Northrop Grumman Corporation (www.ngc.com) Bureau of Land Management (www.blm.gov)