31
Adjustment without Conflicts

adjust.IT - Improving Spatial Accuracy through Conflation

Embed Size (px)

Citation preview

Page 1: adjust.IT - Improving Spatial Accuracy through Conflation

Adjustment without Conflicts

Page 2: adjust.IT - Improving Spatial Accuracy through Conflation

Business Drivers for Accurate Maps

• Gas Leak Survey

• 811 Requests

• Network Updates

• Regulatory Compliance

• Mobile Mapping

• Utilization of external and future applications

Page 3: adjust.IT - Improving Spatial Accuracy through Conflation

Conflation Project

• Objectives

– Improve spatial accuracy of GIS data

– Allow user to continue to work while conflation is underway…ie no freezing of the database or work in progress

– Maintain network connectivity

– Replace & update land base used to map assets

– Opportunity to review and accept conflation areas prior to rollout in production

Page 4: adjust.IT - Improving Spatial Accuracy through Conflation

Adjustment Project Methodology

www.we-do-it.com

Project Initiation

adjust.IT Installation and configuration

QA/QC of adjust.IT

Installation and Configuration

Model Shift between landbases

Define Shift Models covering

areas to be adjusted

Generate shift vectors from old land base to the new land base

QA/QC of Shift Vectors

Adjustment of assets to new

landbase

Define adjustment Job Areas

covering service territory

Capture shape of existing asset information and

adjust to new land base

QA/QC of Adjustment

Result

Delivery to Production

GIS

Group adjustment Jobs into a Delivery

Propagate Jobs to top alternative tree and sub alternatives.

QA/QC of rollout

Page 5: adjust.IT - Improving Spatial Accuracy through Conflation

11

Create Shift Model

www.we-do-it.com

Page 6: adjust.IT - Improving Spatial Accuracy through Conflation

12

New Land Base

www.we-do-it.com

Old LandNew Land

Page 7: adjust.IT - Improving Spatial Accuracy through Conflation

13

Match Common Points

www.we-do-it.com

Old LandNew Land

96ft

Page 8: adjust.IT - Improving Spatial Accuracy through Conflation

14

Generate Shift Model

www.we-do-it.com

Old LandNew Land

96ft

Page 9: adjust.IT - Improving Spatial Accuracy through Conflation

15

Generate Shift Model

www.we-do-it.com

Old LandNew Land

96ft

Page 10: adjust.IT - Improving Spatial Accuracy through Conflation

Adjustment Project Methodology

www.we-do-it.com

Project Initiation

adjust.IT Installation and configuration

QA/QC of adjust.IT

Installation and Configuration

Model Shift between landbases

Define Shift Models covering

areas to be adjusted

Generate shift vectors from old land base to the new land base

QA/QC of Shift Vectors

Adjustment of assets to new

landbase

Define adjustment Job Areas

covering service territory

Capture shape of existing asset information and

adjust to new land base

QA/QC of Adjustment

Result

Delivery to Production

GIS

Group adjustment Jobs into a Delivery

Propagate Jobs to top alternative tree and sub alternatives.

QA/QC of rollout

Page 11: adjust.IT - Improving Spatial Accuracy through Conflation

Adjustment Jobs and Deliveries

www.we-do-it.com

Page 12: adjust.IT - Improving Spatial Accuracy through Conflation

18

Adjustment Jobs and Deliveries

www.we-do-it.com

Page 13: adjust.IT - Improving Spatial Accuracy through Conflation

Adjustment Results

• Assets have been repositioned relative to higher accuracy land base data

• The shift in some areas was up to 750 feet

• The following slides show

– Position of network assets before adjustment

– Position of network assets after adjustment

Page 14: adjust.IT - Improving Spatial Accuracy through Conflation

www.we-do-it.com

162 ft

Before Adjustment

Page 15: adjust.IT - Improving Spatial Accuracy through Conflation

www.we-do-it.com

162 ft

After Adjustment

Page 16: adjust.IT - Improving Spatial Accuracy through Conflation

www.we-do-it.com

691 ft

Before Adjustment

Page 17: adjust.IT - Improving Spatial Accuracy through Conflation

www.we-do-it.com

After Adjustment

691 ft

Page 18: adjust.IT - Improving Spatial Accuracy through Conflation

www.we-do-it.com

517 ft

Before Adjustment

Main

Page 19: adjust.IT - Improving Spatial Accuracy through Conflation

www.we-do-it.com

After Adjustment

517 ft

Main

Page 20: adjust.IT - Improving Spatial Accuracy through Conflation

30www.we-do-it.com

151 ft

Before Adjustment

Page 21: adjust.IT - Improving Spatial Accuracy through Conflation

www.we-do-it.com

151 ft

After Adjustment

Adjusted Main

Page 22: adjust.IT - Improving Spatial Accuracy through Conflation

www.we-do-it.com

167 ft

Before Adjustment

Page 23: adjust.IT - Improving Spatial Accuracy through Conflation

www.we-do-it.com

167 ft

After Adjustment

Adjusted Main

Page 24: adjust.IT - Improving Spatial Accuracy through Conflation

www.we-do-it.com

Before Adjustment

367 ft

Page 25: adjust.IT - Improving Spatial Accuracy through Conflation

www.we-do-it.com

367 ft

After Adjustment

Adjusted Main

Page 26: adjust.IT - Improving Spatial Accuracy through Conflation

Adjustment Project Methodology

www.we-do-it.com

Project Initiation

adjust.IT Installation and configuration

QA/QC of adjust.IT

Installation and Configuration

Model Shift between landbases

Define Shift Models covering

areas to be adjusted

Generate shift vectors from old land base to the new land base

QA/QC of Shift Vectors

Adjustment of assets to new

landbase

Define adjustment Job Areas

covering service territory

Capture shape of existing asset information and

adjust to new land base

QA/QC of Adjustment

Result

Delivery to Production

GIS

Group adjustment Jobs into a Delivery

Propagate Jobs to top alternative tree and sub alternatives.

QA/QC of rollout

Page 27: adjust.IT - Improving Spatial Accuracy through Conflation

Propagate adjustment Jobs to Alternatives

www.we-do-IT.net

� Assets in Top and

sub alternatives

are identified

� New position

computed for all assets

� Changes applied

to all alternatives

� No database

conflicts

� Users can work up

until Rollout

Period (usually

over a weekend)

Project Initiation

Model Shift between landbases

Adjustment of assets to new

landbase

Delivery to Production

GIS

Assets in Top are

Shifted

Assets in alternative 01

Are shifted including

Additions by designer

Assets in alternative 02

Are shifted including

Additions by designer

Page 28: adjust.IT - Improving Spatial Accuracy through Conflation

Delivery to Prod – Read only Period

www.we-do-it.com

2012

Activity/Month Feb Mar Apr May Jun Jul

Project Initiation

User Training

Shift Model 1 SM1

Shift Model 2 SM2

Delivery 1 D1

Delivery 2 D2

Fri Sat Sun Mon

Delivery 1 Start COB

Page 29: adjust.IT - Improving Spatial Accuracy through Conflation

QA/QC Process

© we-do-IT www.we-do-IT.net

1. Adjustment Report

2. Connectivity Report

3. Comparison to Control Data

4. Visual Inspection – All

Assets

5. Customer Review

6. Rollout Report & Rollout Verification

Page 30: adjust.IT - Improving Spatial Accuracy through Conflation

Key Benefits of Our Approach

• Enterprise Solution with Proven Methodology

• Network connectivity preserved

• Minimal freeze period

• Users can continue working while realignment is underway

• Strong focus on QA/QC

• Unmatched data accuracy

Page 31: adjust.IT - Improving Spatial Accuracy through Conflation

Contact Information

Justin Eldridge

Principal Consultantmob: +1 [email protected]

we-do-IT Inc

12303 Airport Way #200Broomfield, CO 80021http://www.we-do-it.com