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GIS in Fiber Optic Cable Mapping and Asset Management Parveen Chhetri, PhD Department of Earth Science and Geography California State University Dominguez Hills

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Page 1: GIS in Fiber Optic Cable Mapping and Asset Management · Fiber Optic Cable Network •Effective data-intensive communication systems •Widespread application: everyday communication,

GIS in Fiber Optic Cable Mapping and Asset Management

Parveen Chhetri, PhD

Department of Earth Science and Geography

California State University Dominguez Hills

Page 2: GIS in Fiber Optic Cable Mapping and Asset Management · Fiber Optic Cable Network •Effective data-intensive communication systems •Widespread application: everyday communication,

• Challenge to preserve, operate, maintain, repair, and renew aging

infrastructure

• Infrastructure: transportation networks, water and waste water service

facilities, energy production and distribution facilities, and communication

networks

• Communication networks: vital for quick responses in case of emergency,

planning for routine maintenance (e.g. Fiber optic cable)

Asset Management

Page 3: GIS in Fiber Optic Cable Mapping and Asset Management · Fiber Optic Cable Network •Effective data-intensive communication systems •Widespread application: everyday communication,

Fiber Optic Cable Network

• Effective data-intensive communication systems

• Widespread application: everyday communication, manage crime

• Operations of Intelligent Transportation Systems (ITS)

• Connects department inner networks, city buildings, and main facilities

such as police and fire departments

• Efficient telecommunications between departments can minimize the

negative impacts of the emergency

Page 4: GIS in Fiber Optic Cable Mapping and Asset Management · Fiber Optic Cable Network •Effective data-intensive communication systems •Widespread application: everyday communication,

Fiber Optics Cable Network

City Intercity Inter state

Source: Indiana Fiber Network, LLC 2017

Page 5: GIS in Fiber Optic Cable Mapping and Asset Management · Fiber Optic Cable Network •Effective data-intensive communication systems •Widespread application: everyday communication,

Traditional Way of Managing Fiber Optic Network

Computer Aided Design (CAD)

Non-geospatial CAD based fiber optic network

Page 6: GIS in Fiber Optic Cable Mapping and Asset Management · Fiber Optic Cable Network •Effective data-intensive communication systems •Widespread application: everyday communication,

Traditional Way of Managing Fiber Optics Network

GIS Fiber Line

CAD Fiber Line

Page 7: GIS in Fiber Optic Cable Mapping and Asset Management · Fiber Optic Cable Network •Effective data-intensive communication systems •Widespread application: everyday communication,

GIS and Fiber Optic Cable

- Mapping

- Geospatial Data Storage and Exchange

- Visualization: Smart Maps, ArcGIS Online

Management

Build GIS Database

Engineering

- Network design

- Cost estimation

Planning

- Optimal routes

- Identify coverage area

- Maintenance and expansion

- Generate information

Page 8: GIS in Fiber Optic Cable Mapping and Asset Management · Fiber Optic Cable Network •Effective data-intensive communication systems •Widespread application: everyday communication,

Mapping: Data collection in the Field

Page 9: GIS in Fiber Optic Cable Mapping and Asset Management · Fiber Optic Cable Network •Effective data-intensive communication systems •Widespread application: everyday communication,

Mapping Access Points

Access Points (Man Hole, Hand Hole, Hand Box)

Page 10: GIS in Fiber Optic Cable Mapping and Asset Management · Fiber Optic Cable Network •Effective data-intensive communication systems •Widespread application: everyday communication,

Geospatial Fiber Lines and Access Points

Page 11: GIS in Fiber Optic Cable Mapping and Asset Management · Fiber Optic Cable Network •Effective data-intensive communication systems •Widespread application: everyday communication,

Geovisualization

Page 12: GIS in Fiber Optic Cable Mapping and Asset Management · Fiber Optic Cable Network •Effective data-intensive communication systems •Widespread application: everyday communication,

ArcGIS Online and Fiber Optic Cable

Page 13: GIS in Fiber Optic Cable Mapping and Asset Management · Fiber Optic Cable Network •Effective data-intensive communication systems •Widespread application: everyday communication,

Existing GIS Fiber Optic Asset Management GIS Software

Page 14: GIS in Fiber Optic Cable Mapping and Asset Management · Fiber Optic Cable Network •Effective data-intensive communication systems •Widespread application: everyday communication,

GIS in Fiber Optic CableExample

El Paso, TX

Source: Chang-Albitres et al. 2011

Page 15: GIS in Fiber Optic Cable Mapping and Asset Management · Fiber Optic Cable Network •Effective data-intensive communication systems •Widespread application: everyday communication,

Fiber optic cable asset management through GIS:

• Improve infrastructure information and accessibility

• Enhance and sharpen decision-making

• Make more effective investments

• Decrease overall operating costs

Conclusions

Page 16: GIS in Fiber Optic Cable Mapping and Asset Management · Fiber Optic Cable Network •Effective data-intensive communication systems •Widespread application: everyday communication,

Parveen Chhetri, PhD

[email protected]

Department of Earth Science and Geography

California State University Dominguez Hills

Thank you