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Towards Spatially Enabled Smart Nation Dr. Victor Khoo, Senior Deputy Director, Land Survey Division
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Towards Spatially Enabled Smart Nation

Oct 21, 2021

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Page 1: Towards Spatially Enabled Smart Nation

Towards Spatially Enabled Smart Nation

Dr. Victor Khoo,

Senior Deputy Director, Land Survey Division

Page 2: Towards Spatially Enabled Smart Nation

Singapore - City in a Garden

Size - 719 sq km

Population - 5.5 million

Density – 7500/sq km

Page 3: Towards Spatially Enabled Smart Nation

Highly Populated - Well Organised

Page 4: Towards Spatially Enabled Smart Nation

Creating Space Above and Below

Industry Space Above Roads

(Source: JTC)

Underground Science City Jurong Rock Caverns

Source: ST Singapore

Page 5: Towards Spatially Enabled Smart Nation

Optimise and Manage Land Resource

Administer Property Transaction System

Manage Geospatial Information

Limited Land Unlimited Space

Singapore Land Authority (SLA)

Page 6: Towards Spatially Enabled Smart Nation

Cities of the Future

SustainableSmart Resilient

Page 7: Towards Spatially Enabled Smart Nation

Title

• Singapore is building the World's first Smart Nation by harnessing technology and gathering insights from data to the fullest with the aim of

– improving the lives of citizens,

– creating more opportunities, and

– building stronger communities.

Measurement + Prediction = Performance

Source: Frost & Sullivan

Page 8: Towards Spatially Enabled Smart Nation

Smart Technologies and Applications

Smart Mobility 2030

NTU Proposed concept for UAV air traffic management

Smart Construction Source: Geospatial World

Sensors Network

Page 9: Towards Spatially Enabled Smart Nation

Sustainable and Resilient

Urban Heat Island Solar Potential Study

DTM for Flood Management

Telecommunication Coverage

Urban Air Flow Dynamic

3D Geological Map Underground Utilities

Underground Infrastructure

Development Planning

Page 10: Towards Spatially Enabled Smart Nation

Digital Geoinformation for Cities of the Future

• Your Location (coordinates)– Coordinate system– Geodetic system– Differential GNSS

services

• Your Surroundings (maps 2D+3D)– Cadastre Maps– Topographic Maps– Thematic Maps

Your Location

Your Surroundings

Digital Geoinformation

Page 11: Towards Spatially Enabled Smart Nation

Role of Surveyors

• To create, maintain and provide Digital Geoinformation that underpins the development of a Sustainable, Resilientand Smart Singapore

Page 12: Towards Spatially Enabled Smart Nation

Model

ManageDeliver

Capture

Geomatics Framework

• Establish and maintain survey reference system

• Define accuracy• Deploy capturing

technology

• Produce fundamental datasets

• Develop data models• Develop and deploy

modelling techniques and workflow

• Manage and maintain GIS and Database

• Detect changes and manage updating

• Deliver specific products • Participate in solutioning• Provide data services• Create new thematic datasets

Page 13: Towards Spatially Enabled Smart Nation

PositioningPositioningCadastral

SurveyCadastral

Survey

Focus Areas

MappingMapping

Digital DatabaseDigital Database

Data ModelsData Models

StandardStandard

Page 14: Towards Spatially Enabled Smart Nation

National Coordinate SystemN

ort

hin

g (N

)

Easting (E)

(28000, 36000)

Origin (0,0)

Page 15: Towards Spatially Enabled Smart Nation

Integrated Survey Network (ISN) - Primary Control Network

Page 16: Towards Spatially Enabled Smart Nation

Integrated Survey Network (ISN) –Secondary Control Network

Page 17: Towards Spatially Enabled Smart Nation

Enhancing Smart Nation with SiReNT

Enhancing Smart Nation with SiReNT

Page 18: Towards Spatially Enabled Smart Nation

SiReNT - Precise GNSS Infrastructure in Singapore

- National Reference System for Surveying, Mapping and GIS- Support real-time precise navigation and monitoring

Page 19: Towards Spatially Enabled Smart Nation

GNSS - Real-Time Kinematic (RTK)

Page 20: Towards Spatially Enabled Smart Nation

Using GNSS for heights measurement -Geoid Model

Page 21: Towards Spatially Enabled Smart Nation

Utility Assets Mapping

• Using DGNSS as part of

the Mobile GIS Data

Capture System

(MGDCS) under the

Water Supply (Network)

Department.

Page 22: Towards Spatially Enabled Smart Nation

Smart Construction - Height Monitoring

• Enforcement of height restrictions on a construction site

• Other methods mainly require line of sight to work

• Using RTK allows accurate machine height monitoring and enforcement

No-go zone

Restricted zone

Safe zone

Page 23: Towards Spatially Enabled Smart Nation

GNSS Assisted Piling System

• Incorporated SiReNT into

the development of GNSS

assisted piling system.

Page 24: Towards Spatially Enabled Smart Nation

A*Star SME Day 2016

Development of New Solutions

Page 25: Towards Spatially Enabled Smart Nation

Smart Crane for Precast Building

• Development of a

DGNSS-BIM

guided precast

element hoisting

system

• Made possible by

introducing the

RTK technique

Page 26: Towards Spatially Enabled Smart Nation

Location Positioning Pilot

Page 27: Towards Spatially Enabled Smart Nation

Unmanned Surveillance System

SiReNT RTK supports the development of Unmanned Surveillance System

Page 28: Towards Spatially Enabled Smart Nation

Development of Driverless Vehicles

• SiReNT provides precise navigation capability for Self-Driving vehicle implementations in Gardens-by-the-Bay and LTA’s Driverless Vehicle trials in One-North. Gardens By The Bay – Auto Riders

ST PHOTO: KUA CHEE SIONG

A*Star – iiRAV Autonomous Vehicle

Delphi - Audi SQ5 prototype

Page 29: Towards Spatially Enabled Smart Nation

Autonomous vehicle 1

Autonomous vehicle 2

Gardens by the Bay

▪ Requires accurate navigation and real-time localization (up to 0.2-0.5m accuracy).

Driverless Vehicles in Garden by the Bay

Page 30: Towards Spatially Enabled Smart Nation

• Real-time autonomous

navigation

• Post processing of flight

path

• Post processing of data

acquired from flight

Drones Navigation (POC projects)

Page 31: Towards Spatially Enabled Smart Nation

Smart Cadastre System

• What is Smart Cadastre?– Fully Digital Data Management – Automated and Intelligent Processing – Adopt Open Source Standard– Expanded into 3D and 4D – Data Analytics

• Key Components– Smart Data Model – Standard (LandXML)– IT system - CSMS

Page 32: Towards Spatially Enabled Smart Nation

3D Cadastre – Subterranean

Land Survey Division, SLA

Page 33: Towards Spatially Enabled Smart Nation

3D Cadastre – Building Subdivision

Page 34: Towards Spatially Enabled Smart Nation

3D Mapping for City Models

Page 35: Towards Spatially Enabled Smart Nation

3D National Mapping

2014 2015 2016 2017

Phase 1

Phase 2

Phase 2Mobile Laser Scanning and Imaging

(completed: 2017)

Phase 1Airborne Laser Scanning and Imaging

(completed: 2015)

Partners

Page 36: Towards Spatially Enabled Smart Nation

Optech Pegasus ALTM

Aerial Laser Scanning

Page 37: Towards Spatially Enabled Smart Nation

Aerial Photogrammetry Technique

Leica RCD 30 Oblique Camera

Page 38: Towards Spatially Enabled Smart Nation

Building Modelling using Imagery

Page 39: Towards Spatially Enabled Smart Nation

3D Building Models

©SLA 2016

Page 40: Towards Spatially Enabled Smart Nation

2D – 3D Photo-Realistic Map

Page 41: Towards Spatially Enabled Smart Nation

Aerial Vertical and Oblique Images

Page 42: Towards Spatially Enabled Smart Nation

Working with Partners and Agencies

• Partners– PUB – terrain model for flood

management – CAAS – building height information for

flight safety

• Internal SLA– Identify Priority Area for Tree

Maintenance in State Land– Identify illegal dumping and

unauthorised uses of state land

• Other Agencies– Environmental– Energy– Transport

Page 43: Towards Spatially Enabled Smart Nation

Mobile Point Cloud Data

Mobile Mapping System

360 Spherical Camera -Ladybug 5

Mobile Laser Scanner – RieglVMX-450

Page 44: Towards Spatially Enabled Smart Nation

3D Modelling using Point Cloud data

Page 45: Towards Spatially Enabled Smart Nation

Airborne Laser Scanning Data

360 Camera Imagery

Mobile Laser Scanning Data

Road Surface and 3D Road Models

Airborne Vertical / Oblique Images

Digital Terrain Model & Digital Surface Model

3D Building Models and Building Height Information

Photo Map

Flood Risk Map

Flight Safety Planning

Urban Heat Island Study

SolarNova Project

Underground Master Plan

National Geological Map

Slope Risk Analysis Map

Driverless Vehicle DevelopmentPlanning

Tree Mapping

3D Cadastre

Virtual Singapore

3D Data 3D Data

3D Products3D Products

Benefits for Agencies

ApplicationsApplicationsCoastal Protection Map

Page 46: Towards Spatially Enabled Smart Nation

Heritage Preservation using Terrestrial Laser Scanners

Page 47: Towards Spatially Enabled Smart Nation

Interoperability

• Adopt standards

• Sharing

– capture once, use by many

– Spatial data infrastructure

BuildingBuilding

CityFurnitureCityFurnitureReliefRelief

TransportationTransportation

WaterBodyWaterBody

TunnelTunnel

BridgeBridge

© KIT – Karlsruher Institute of Technology

VegetationVegetation

Page 48: Towards Spatially Enabled Smart Nation

Integrated Above and Underground 3D Map

Page 49: Towards Spatially Enabled Smart Nation

Singapore BIM Roadmap

Page 50: Towards Spatially Enabled Smart Nation

BIM Models as a Source for City Model (3D GIS)

Page 51: Towards Spatially Enabled Smart Nation

Owner: John Location: 30 Black Pepper Prawn StreetLease expiry: 31 Dec 2099…..

Owner: AlanLocation: 78 Good Food AvenueLease expiry: 1 Jan 2199…..

Owner: StevenLocation: 62 ChilliCrab Road #15-01Lease expiry: 15 June 20503D view:…..

3D Convergence - Ubiquitous Cadastre