Building Sustainable Communications Infrastructure for Municipal ITS. The City of Calgary ITS CANADA May 4, 2016

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Blake Ward
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1 1 Building Sustainable Communications Infrastructure for Municipal ITS The City of Calgary ITS CANADA May 4, 2016

2 Source: istockphoto.com 2

Networks Education Networks Enterprise Networks

3 3 Connected Ecosystem Broadband or Internet Government Networks Utility Networks Telecomm Networks Education Networks Enterprise Networks Rich Connectivity = Healthy Digital Ecosystem Accessible Dark Fibre

Future Transit Intersections Lift Cameras Buildings Vehicles Opportunities Stations Stops OWC Cameras : A number

Offices Over 1200 Controllers Buses: Waters City Roads Lift Traffic Stations Flow and Storm Ponds: Fleet Located

Machine Various Transit instrumentation to LRT Machine SecurityCommunication used for monitoring.

Water Monitor for the Stops Vehicles High control Wirelessly Is Exploding, the amount Levels of of M2M the in the

150 sites connected with Fibre / 80 at Rivers Communicating In the future there may be a greater need 1GIG to

4 Future Transit Intersections Lift Cameras Buildings Vehicles Opportunities Stations Stops OWC Cameras : A number Remote of businesses rely on Cameras for Traffic their Controller: operations. Offices Over 1200 Controllers Buses: Waters City Roads Lift Traffic Stations Flow and Storm Ponds: Fleet Located Stops: Remote Vehicles: Over 1000 Offices: buses wirelessly communicating at numerous intersections. Machine Various Transit instrumentation to LRT Machine SecurityCommunication used for monitoring. Intelligence Numerous Over Fleet Bus offices throughout the city. Water Monitor for the Stops Vehicles High control Wirelessly Is Exploding, the amount Levels of of M2M the in the signals. 150 sites connected with Fibre / 80 at Rivers Communicating In the future there may be a greater need 1GIG to communication CPS Enforcement: within Red the Light City / of Green Calgary Light will be connect Snow plow e.g. Next / sanders, Bus Display, Digital accelerating. Corporate Security: Field communications Safety like Advertising waste and etc. recycling trucks, Message boards and Road Sensors, etc. lawn mowers M2M Worldwide CONNECTED 50 Billion CITY by

5 80-85% of the Cost of fibre is putting

5 % of the Cost of fibre is putting conduit in the ground Source: City of Calgary

6 The Municipal Advantage A Better Way! Conduit for Traffic Communications Conduit for Traffic Power Conduit for Street Lights LRT Duct Banks Conduit for Sanitary, Storm and Water Fibre Optics can be installed in: Traffic and LRT Conduit 6

7 How Much Fibre Does Calgary Use? 7

8 8 City of Calgary Fibre Infrastructure Strategy 1. Accelerating fibre to stranded City facilities (450 Traffic Controllers and numerous remote sites) 2. Green Field Communities (City buildings) 75% savings 3. High Tech Business Parks e.g. Aurora and Transit Oriented Developments 4. Dark Fibre Provider

9 Foot Print of Sustainable Communications Infrastructure for City Services 9

10 10

11 11 Smart City Infrastructure Where are we now? Fibre CCN Wireless Data centres

12 Smart City Concepts Fibre to the Traffic Controllers Traffic Controller Fibre Network Pull Box and FOSC Source: City of Calgary 12

13 Smart City Concepts Intelligent Intersections Roads Camera Wireless antennae Secure Networks MPLS Network Fibre Source: City of Calgary 13

14 14 Conclusion 1. Accessible Dark Fibre / Operator Neutral is the foundation for a healthy digital ecosystem 2. The digital ecosystem serves both public and private interests 3. Long term planning can mitigate risks and enable next generation City services.

15 Roads Communication Projects Background Copper to Fibre Replacement Program Controller Upgrade Project 5 Avenue RLCS 4 Car C-Train Comm Cycle Track Project Fixed Wireless Program Cellular Modem Project 2016

16 Background Total number of Signalized Intersections- 1000, 125- PTZ cameras, 200- DMSs 60% have comm and connected to Control Traffic Control System- 600 Comm uptimes are significantly low due old copper network-

the intersections Studies found slight drifting in the

17 Background Why communication to signal controller is important? - Stop controller drifting and have proper coordination between the intersections Studies found slight drifting in the controller can result in up to 25% increase in the delay at the intersection.

18 Background Why communication to signal controller is important? - TMC can change signal timings remotely Huge efficiency by not dispatching trouble crew to change timings locally. - Logs can be retrieved remotely. - Status verification without crew dispatch

19 Downtown Copper to Fibre replacement program Downtown ENMAX manhole fire 35 Copper Comm locations impacte

20 Downtown Copper to Fibre replacement program Downtown Traffic Signal controller replacement program- 140 locations

21 Two-way operation - All times except 6 a.m. - 9 a.m. weekdays One-way eastbound - 6 a.m. - 9 a.m. weekdays

22 5 Avenue Lane Reversal

23 Pre-emption Upgrad for 4-Car C-Train for 9 th Street

Smart City Solution & Case Study. LG Uplus

Smart City Solution & Case Study LG Uplus LG Group & LGU+ LG Group Overview LG Group Founded in 1947, LG Group now has 3 main business domains Portfolio Revenue (USD) 9.6 B 10.2 B 11.0 B 2015 2016 2017