OVERSIZE/OVERWEIGHT PERMITTING, ROUTING, MONITORING - PowerPoint PPT Presentation

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OVERSIZE/OVERWEIGHT PERMITTING, ROUTING, MONITORING

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OVERSIZE/OVERWEIGHT PERMITTING, ROUTING, MONITORING CURRENT CHALLENGES Significant Growth in CMV Traffic Increased congestion and delay Demand for larger and heavier ... – PowerPoint PPT presentation

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Title: OVERSIZE/OVERWEIGHT PERMITTING, ROUTING, MONITORING


1
OVERSIZE/OVERWEIGHTPERMITTING, ROUTING,
MONITORING
2
CURRENT CHALLENGES
  • Significant Growth in CMV Traffic
  • Increased congestion and delay
  • Demand for larger and heavier vehicles
  • Mounting stress on infrastructure
  • Greater need for effective and efficient
    enforcement

3
CURRENT CHALLENGES
  • Personnel Limitations
  • Permit review, approval, and issuance
  • Labor-intensive and time-consuming
  • Prone to human error
  • Enforcement of permit authorization
  • Ineffective, inefficient
  • Accelerated infrastructure deterioration and
    damage

4
BACKGROUND
  • 2006 European Scan Tour
  • Emerging technologies
  • Unconventional procedures
  • Novel data applications
  • Innovative funding mechanisms
  • Multinational harmonization

5
EUROPEAN APPROACH
  • Technology-based Policies/Procedures
  • Self Permitting/Routing
  • Switzerland provides self-routing Website
  • Bridge Safety Assessment
  • France, Slovenia use measured structureresponse,
    traffic data
  • Remote Field Verification of Permits
  • Slovenia, The Netherlands compare in-field
    measurements to permit on file

6
SUPPORTING TECHNOLOGIES
  • Overheight Vehicle Detection System
  • Vehicle Profiler System
  • WIM Systems
  • In-road
  • Bridge
  • Dynamic Calibration Vehicle
  • Vehicle Identification System
  • Advanced Routing/Permitting System
  • Archived Records Database

7
SUPPORTING TECHNOLOGIES
  • Advanced Routing/Permitting System

Functions Allows drivers to self-route based on origin, destination, route restrictions
Considerations Requires supporting highway, bridge information Initial development costly due to different state fees, routing, regulations Provides 24/7 access for industry
Estimated Cost 2.0 8.3 million per statewide system
8
SUPPORTING TECHNOLOGIES
  • In-road WIM System

Functions Measures and records axle, gross weight using piezo quartz, piezo ceramic, fiber optic sensors
Considerations Provides 24/7 monitoring May be less accurate than traditional WIM systems Low cost supports wider implementation
Estimated Cost 9,000 - 32,500 per lane Varies by sensor type, on-site communication requirements Requires additional, ongoing maintenance with associated costs
9
SUPPORTING TECHNOLOGIES
  • Bridge WIM System

Functions Measures, records weight using existing structures instrumented with strain transducers/gauges Measures, records axles using traditional sensors or Nothing-on-Road/Free-of-Axle Detector (NORFAD) systems
Considerations Requires suitable bridge and location Most successful on short, stiff bridges Structural assessments require transducer calibration Calibration may require specialized expertise
Estimated Cost 100,000 - 130,000 per bridge/system Varies by sensor type, on-site communication requirements
10
SUPPORTING TECHNOLOGIES
  • Vehicle Identification System

Functions Cameras capture vehicle silhouette, license plate images OCR software converts license plate image to numeric data Images/data transmitted via DSRC to portable computer used by enforcement officials
Considerations Conversion of license plate images may result in errors
Estimated Cost 52,000 - 80,000 per system Varies by camera type, on-site communication requirements
11
SUPPORTING TECHNOLOGIES
  • Archived Records Database

Functions Supports data-driven enforcement scheduling Supports preventative carrier contacts Supports enhanced data quality Encourages long-term performance monitoring
Considerations Requires procedures for quality control
Estimated Cost 225,000 - 300,000
12
IMPLEMENTATION
SELF ROUTING/ PERMITTING
Advanced Routing/ Permitting System
Archived Records Database
Vehicle Identification System
Bridge WIM System
In-road WIM System
AND/OR
13
IMPLEMENTATION
SELF ROUTING/ PERMITTING BRIDGE SAFETY ASSESSMENTS
Advanced Routing/ Permitting System
Archived Records Database
Vehicle Identification System
Bridge WIM System
In-road WIM System
AND/OR
14
IMPLEMENTATION
SELF ROUTING/ PERMITTING BRIDGE SAFETY ASSESSMENTS REMOTE FIELD VERIFICATION
Advanced Routing/ Permitting System
Archived Records Database
Vehicle Identification System
Bridge WIM System
In-road WIM System
AND/OR
15
BENEFITS
  • Increased personnel efficiency,cost-effectiveness
  • Georgia issues 99 of permits within target
    two-hour time
  • Increased accuracy in determining bridge safety
  • Increased violation capture rates
  • Significant cost savings
  • single prevented infrastructure impact
  • unnecessary or premature rehabilitation
  • Reduced congestion, harmful emissions

16
FUNCTIONAL INTERFACE
17
QUESTIONS
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