Vehicle Infrastructure Integration
Proof-of-Concept
Technical Description — Infrastructure
Final Report
Cover Page Photos Source: Booz Allen Stock Photos
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Volume 2b
U.S. Department of Transportation
Research and Innovative Technology Administration
TABLE OF CONTENTS
- NOTICE
- TECHNICAL REPORT AND DOCUMENTATION
- 1.0 VEHICLE INFRASTRUCTURE INTEGRATION PROOF OF CONCEPT TECHNICAL OVERVIEW
- 1.1 Concept of Operations
- 1.2 POC System Architecture Description
- 1.3 Dedicated Short-Range Communications
- 1.4 Security Subsystem
- 2.0 INFRASTRUCTURE NETWORK DESCRIPTION
- 2.1 Service Delivery Node
- 2.2 ENOC
- 2.3 Roadside Equipment (RSE)
- 2.4 Infrastructure Services
- 2.5 Security Subsystem
- 2.6 DTE
- 3.0 PUBLIC APPLICATIONS
- 3.1 Signal Timing Optimization
- 3.2 Ramp Metering
- 3.3 Traveler Information
- 3.4 Weather Information
- 3.5 Corridor Management Planning Assistance (CMPA)
- 3.6 Corridor Management Load Balancing (CMLB)
- 3.7 Public Applications Developed and Tested in the POC
- 4.0 SUMMARY
- APPENDIX A: ACRONYMS
Table of Figures
- Figure 1-1: POC VII System Architecture
- Figure 1-2: Overall System Structure
- Figure 1-3: DSRC Channel Management Concept
- Figure 1-4: Identity and Access Management Conceptual Architecture
- Figure 2-1: Network Subsystem
- Figure 2-2: Network Access Point
- Figure 2-3: Overall VII Network
- Figure 2-4 : SDN Architecture
- Figure 2-5: SDN Software Architecture
- Figure 2-6: SDN Interfaces
- Figure 2-7: NAP
- Figure 2-8: Herndon SDN
- Figure 2-9: Herndon SDN Close-up
- Figure 2-10: ATT OptiMan Node
- Figure 2-11: Detroit SDN
- Figure 2-12: ENOC Workstation
- Figure 2-13: Fault Management Screen
- Figure 2-14: Network Traffic Monitoring Screen
- Figure 2-15: RSE Status Monitoring Screen
- Figure 2-16: RSE Interfaces
- Figure 2-17: RSE Assembly Mounted on Pole for Test
- Figure 2-18: RSE Electrical Architecture
- Figure 2-19: RSE Assembly Components
- Figure 2-20: MCNU and Power Supply
- Figure 2-21: RSE Mounted to Pole in DTE
- Figure 2-22: RSE Software Architecture
- Figure 2-23: Proxy Manager Architecture
- Figure 2-24: Radio Handler Architecture
- Figure 2-25: DSRC/WAVE Radio Architecture
- Figure 2-26: DSRC Radio Architecture
- Figure 2-27: DSRC Radio Mini-PCI Card
- Figure 2-28: WAVE Upper Layer Software Architecture
- Figure 2-29: HMM Service
- Figure 2-30: Publish and Subscribe Architecture
- Figure 2-31: ILS Architecture
- Figure 2-32: Large-Scale AMDS Architecture
- Figure 2-33: Local AMDS Architecture
- Figure 2-34: AMDS Proxy Components
- Figure 2-35: PDS Architecture
- Figure 2-36: Probe Data Proxy Architecture
- Figure 2-37: Probe Data Message Structure
- Figure 2-38: Probe Data Representation of a Freeway Interchange
- Figure 2-39: MEDS Architecture
- Figure 2-40: POS Architecture
- Figure 2-41: VII Network Security Architecture
- Figure 2-42: Arterial RSE Locations
- Figure 2-43: Freeway RSE Locations
- Figure 2-44: RSE Regions Used for PDC Test
- Figure 2-45: RSE Regions Used for Advisory Message Delivery and Presentation Test
- Figure 2-46: RSE Regions Used for Tolling Test
- Figure 2-47: WiMAX RSE Installation
- Figure 2-48: 3G RSE Installation
- Figure 2-49: T1 RSE Installation
- Figure 2-50: Typical RSE Field Installation
- Figure 2-51: POC Backhaul Networks
- Figure 3-1: Ramp Metering Application Architecture
- Figure 3-2: Traveler Information Application Architecture
- Figure 3-3: CMPA Application Architecture