design, construction and implementation of a statewide real time kinematic gps network john a. ray...

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Design, Construction Design, Construction and Implementation of and Implementation of a Statewide Real Time a Statewide Real Time Kinematic GPS Network Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department of Transportation September 21, 2004

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Page 1: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

Design, Construction Design, Construction and Implementation of and Implementation of a Statewide Real Time a Statewide Real Time Kinematic GPS NetworkKinematic GPS Network

John A. Ray AdministratorOffice of Aerial EngineeringOhio Department of Transportation

September 21, 2004

Page 2: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

Design ConsiderationsDesign Considerations

Monument StabilityMonument Stability Signal QualitySignal Quality Continuous PowerContinuous Power Lightning ProtectionLightning Protection Vandal ResistantVandal Resistant Station LocationsStation Locations Network Network

ConnectionsConnections

Single Point Single Point ControlControl

UniformityUniformity ConnectivityConnectivity Environmental Environmental

FactorsFactors MaintenanceMaintenance

Page 3: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

Monument Design

Page 4: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

Form Design

Page 5: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

Cabinet Design

Page 6: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

Site Plan

Page 7: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

Location Design(Phase 1)

Page 8: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

Location Design(Phase 2)

Page 9: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

Location Design(Phase 3)

Page 10: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

Location Design(Phase 4)

Page 11: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

Construction

We elected to construct the We elected to construct the entire system ourselves to entire system ourselves to ensure quality control, modify ensure quality control, modify the design as needed and have the design as needed and have a complete understanding of the a complete understanding of the system for maintenance system for maintenance activities.activities.

Page 12: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

CORS Crew

L to R: L to R: Dave Beiter, Tim Burkholder, John Ray, Dave Dave Beiter, Tim Burkholder, John Ray, Dave Albrecht, Rick Hentz, Jim Stafa & Greg GerstAlbrecht, Rick Hentz, Jim Stafa & Greg Gerst

Page 13: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

ConstructionConstructionTesting Location for Data QualityTesting Location for Data Quality

Page 14: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

ConstructionConstructionTest HoleTest Hole

Page 15: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

ConstructionConstructionDrilling HoleDrilling Hole

Page 16: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

ConstructionConstructionSet Reinforcing SteelSet Reinforcing Steel

Page 17: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

ConstructionConstructionDitchDitch

Page 18: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

ConstructionConstructionElectrical BoxElectrical Box

Page 19: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

ConstructionConstructionSet FormsSet Forms

Page 20: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

ConstructionConstructionPouring ConcretePouring Concrete

Page 21: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

ConstructionConstructionAntenna MountAntenna Mount

Page 22: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

ConstructionConstructionPlacing Antenna MountPlacing Antenna Mount

Page 23: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

ConstructionConstructionCompleted Monument (Classic)Completed Monument (Classic)

Page 24: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

ConstructionConstructionCompleted Cabinet (Classic)Completed Cabinet (Classic)

Page 25: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

ConstructionConstructionCORS Lite MountCORS Lite Mount

Page 26: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

ConstructionConstructionCORS Lite CabinetCORS Lite Cabinet

Page 27: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

ImplementationImplementationRover EquipmentRover Equipment

Page 28: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

ImplementationImplementationTelecommunications SolutionTelecommunications Solution

Page 29: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

ImplementationImplementationNetwork AdjustmentNetwork Adjustment

Page 30: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

ImplementationImplementation

User Agreements Pending!User Agreements Pending!

Page 31: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

ImplementationImplementationUser AccessUser Access

Each user will be assigned an “IP” address Each user will be assigned an “IP” address with a unique user log-on and password with a unique user log-on and password for authentication.for authentication.

Page 32: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

ImplementationImplementationTraining / Public AwarenessTraining / Public Awareness

Numerous training sessions and public Numerous training sessions and public presentations are planned to make presentations are planned to make potential users aware of what is available.potential users aware of what is available.

Page 33: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

ImplementationImplementationSystem ManagementSystem Management

Daily monitoringDaily monitoring Website updatesWebsite updates NGS coordinationNGS coordination Software UpgradesSoftware Upgrades Hardware UpgradesHardware Upgrades Future planningFuture planning Etc.Etc.

Page 34: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

ImplementationImplementationCooperation with other entitiesCooperation with other entities

UniversityUniversity CityCity Private CompanyPrivate Company CountyCounty County (outside Ohio)County (outside Ohio)

Page 35: Design, Construction and Implementation of a Statewide Real Time Kinematic GPS Network John A. Ray Administrator Office of Aerial Engineering Ohio Department

ImplementationImplementationMaintenanceMaintenance

Preventative maintenance as well as Preventative maintenance as well as emergency repairs will be performed to emergency repairs will be performed to ensure maximum availability.ensure maximum availability.