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Geo Sense Unmanned Aerial Mapping Services
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Geo Sense Unmanned Aerial Mapping Services

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Geo Sense is a private company, collaborating with Iskandar Malaysia Research Center under Universiti Teknologi Malaysia. Has been providing service in taking high res aerial mapping using glider ...

Geo Sense is a private company, collaborating with Iskandar Malaysia Research Center under Universiti Teknologi Malaysia. Has been providing service in taking high res aerial mapping using glider based unmanned aerial vehicle. The high resolution aerial image is a premium geo data to support mapping and project monitoring purposes. more info about geosense at www.geosense.com.my

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    Geo Sense Unmanned Aerial Mapping Services Geo Sense Unmanned Aerial Mapping Services Presentation Transcript

    • High Resolution Aerial Mapping Using UAV
      Geo Sense Sdn. Bhd.
      79A, Jalan Seri Impian 1
      Taman ImpianEmas
      81300 Johor Bahru
      T06-03, JlnCentry Square
      Block 2320 63000 Cyberjaya
      ismaili@geosense.com.my
      www.geosense.com.my
    • Agenda
      Company Background
      UAV Services
      Case Study & Demo
      MPBP – Bandar Penggaram, BatuPahat
      TapakPelupusan, Seelong, MPJBT
      ZonIndustriKajang-B. BaruBangi
      MCMC / Pos Malaysia - Part of Bandar Samporna
      Urban Monitoring – Part of Parit Raja, BatuPahat
      GIS Integration Study – Part of GelangPatah
      Web GIS Integration – SkudaiKiri, JPPD Johor
      Tinjaukopter
      Q&A
    • Geo Sense Sdn. Bhd.Brief Background
      Establish May 2006
      MSC Status – in web GIS and mapping
      100% Bumi Company
      Skudai, Johor Bahru Base Company
      Collaboration with UTM-IMREC and Inst. Sustainable Agri of Cardoba Spain
      Since 2007 - R&D in unmanned aerial mapping , GIS & GPS Tagging
      Recipient AnugerahPerdanaMenteri APICTA ICT eGov. Catergory in 2007
      Vision, to become leading tech company in unmanned aerial system
    • Products & Services
       Unmanned Aerial
      Mapping
       GPS – Geo Tagging
      Mobile application
       GIS /
      Web GIS
    • UAV For Aerial mapping & surveillance services
      Technology Brief
    • Unmanned Aerial Mapping Services
    • Technology Collaboration IMREC & Geo Sense
      Converting military technology of unmanned aerial vehicle (UAV) into civilian
      Application for urban aerial mapping and remote sensing
    • UAV Specification
      Battery operated, light, quite (discreet), stable,low maintenance, limited take off & recovery space.
      Geo Sense “Glider Based UAV”
      Geo Sense UAV System
      Length: 1.7m Weight: 2 kg
      30 min endurance
      Air speed 61 km / hrs
      Total Distance : 24 km
      Alt. Max 5000 feet
      Micropilot Ardupilot / Attopilot /
      Live & Recorded Video
      Battery operator (silence)
      Current productivity:
      1 mission : 1.5 – 2 sq km
      1 days – 5 sq km (3-4 flights)
      Customer needs 10 – 20 sq km
    • UAV Aerial Mapping – Process Flow
      UAV Image Acquisition
      Image Processing
    • Software - Flight Plan
    • Safety & Security – Ground Control System
    • Compact Camera - RGB
    • Flight Approval Flow
      Acknowledge
      To DCA
      Approved
      Client
      Letter of
      Request
      Prepare
      Flight
      Plan & Schedule
      JUPEM
      Application
      Forms
      yes
      Site Planning
      (GCP)
      Flight
      Mission
      Image
      Processing
      GIS
      Integration
      Deliver to
      Client
      Copy to
      JUPEM
    • Safety Procedures
      Ground control to monitor UAV
      Fail save system – Back to LP
      Cockpit video monitoring
      Manual take over in the case of lost communication or GPS lost
      Intelligence system will automatically bring back UAV
      Flight redundancy module
      Safety procedure
      Each mission - Fly only in smaller coverage area (2 sq km) – visual contact
      Limit to 30 min fly even through the standard flying time is 45 min
      Constant communication with RC pilot and ground control officer
      Telemetric monitoring
      12.1 monitor battery life 12.2 Throttle
      Maintenance procedure – wear & tear standard, eg Battery , engine, ESC, etc.
      Flight landing in space of 50 sq m
    • Sample of UAV Images
      and
      Show Cases of Utilizing UAV Images
      -
    • INTEGRATION WITH GIS PLATFORM
    • Base Map Preparation – Using High Res Aerial Image from UAV
      High resolution UAV Images
      Image digitalizing
      Base Map from high res images
      Asset Data in Base Map
    • Base Map Preparation – Using High Res Aerial Image from UAV
      Asset data on base map
    • GIS Platform & Integration
      GIS SuperGeo Desktop
      SuperPad
    • Case Study 2 - UAV Mapping by Geo Sense – Semporna, Sabah (5 sq km)
      Visual Using UAV
      Population: ~ 130K
      Mail Volume: ~ 200 per day
      PO: Semporna Post Office
      Mail delivery: limited
      Address: Using kampung, schools & PO Box (710 units)
      Bank: Maybank & BSN
    • House Numbering and Address Assignment by Pos Malaysia
      Digitizing using GIS
      KAMPUNG BANGAU-BANGAU
      2,436 houses
      ADDRESS SAMPLE
      Cikgu Ahmad
      No2, KampungBangauBangau
      91300 Semporna, Sabah
      POSTTUDE: 52798-5610-1570Lat 4.4883 NLong 118.6050 E
      PERKAMPUNGAN AIR 1
      659 houses
      PERKAMPUNGAN AIR 2
      3,313 houses
      Approximately 6,000 new delivery points identified
    • Experience & Showcase (2009 – 2010)
      Online and batch (sync)
      To update directly
      On MCMC Web GIS
      Community postman
      Equip with smartphone
      • House to house
      Survey & geo tagging

      Creating property
      Polygon from
      UAV images
    • Recognition
      World POS EXPO 2010 Copenhagen
    • Potential Applications
      Progress Monitoring
      27 March 2010
      22 July 2010
    • Potential Applications
      Progress Monitoring – Rumah Rakyat Lima Kedai IRDA
      April 2010
      April 2010
      Aug 2010
      Dec 2010
    • Potential Applications
      Work Auditing / Verification
      Feb 2010
      June 2010
    • Potential Application
      Coastal Study / Monitoring
    • Potential Application
      River Monitoring / Flood Management
    • Potential Application
      Environmental / Water Catchment
      protection
    • Potential Applications
      Asset Monitoring
    • Potential Application
      Monitoring of
      Strategic assets andWater Sources
    • TINJAUKOPTER
      SOLUTION OVERVIEW
    • SpecificationsDiagonal length: 600mmNo. of propellors: 6Flight time: Up to 30 min.Altitude: Up to 1000 ft.Telemetry distance: Max. 3 kmWeight without payload: 1200gMax. payload: 1000g                                                                                                                                                      
      Specification
      Diagonal length: 600mmNo. of propellers: 6Flight time: Up to 30 min.Altitude: Up to 1000 ft.Telemetry distance: Max. 3 kmWeight without payload: 1200g
      Max payload: 1000g
    • Advance solution
      • Oblique view
      • High-rise building
      • Natural disaster recovery
      • Surveillance
      • Dangerous & Hazardous mission
    • Features
      Easy & Fast setup
      Altitude hold
      Autonomous flight with GPS
      Higher payload with up to 1kg
      Redundancy able to fly with propeller damage or when it touches an obstacle.
    • Infrastructure
      Video Transmission
      Up to 3 km
      Digital video Recorder
      Radio Frequency comm
      250m to 1 km
      Ground control
    • General Proposal
      Outsourcing of acquiring high resolution aerial images
      High interest areas
      To start with 147 local authorities (10 sq km city center)
      Aerial surveillance (images & video)
      Web GIS Development – Integration with UAV images
      Transfer of technology
      UAV technology, training & maintenance
      Image processing
      Tinjaukopter services & transfer of technology
    • Thank YouQ&A
    • Sources of Aerial Imagery
      Light Aircraft
      ketinggian 10k – 30k kaki
      Imaging
      Satellite
      500-800 km
      Cost
      RC AIrcarft / UAV
      Ketinggian 500 – 5000 kaki
      • Aerial Camera System
      • Radiometric resolution
      • 3 in – 60 in resolution (avg 30 in resolution)
      • Aerial mapping survey
      • IPSAR (SAR) / LIDAR
      Cloud Issues
      • Natural color (RGB)
      • 7 - 15 cm resolution
      • Surveillance / Monitoring
      3 km
      90 km
      200 meter
      300 meter
      30 km
      3 km