GIS in Fiber Optic Cable Mapping and Asset Management · Fiber Optic Cable Network •Effective...

16
GIS in Fiber Optic Cable Mapping and Asset Management Parveen Chhetri, PhD Department of Earth Science and Geography California State University Dominguez Hills

Transcript of GIS in Fiber Optic Cable Mapping and Asset Management · Fiber Optic Cable Network •Effective...

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