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Updated 8:00 AM EST, April 15, 2008
Subject Index
D
Dallas, Fort Worth
Data collected by mobile environmental sensor
Data used for accident prediction models
Data used for accident prediction models
Data used for capital planning analysis
Data used for capital planning/analysis
Data used for construction impact determination
Data used for construction impact determination
Data used for dissemination to the public
Data used for dissemination to the public
Data used for incident detection algorithm development
Data used for incident detection algorithm development
Data used for measurement of performance
Data used for monitoring system performance
Data used for operation planning analysis
Data used for operation planning/analysis
Data used for roadway impact analysis
Data used for roadway impact analysis
Data used for safety analysis
Data used for safety analysis
Data used for traffic analysis
Data used for traffic analysis
Data used for traffic control
Data used for traffic management
Data used for traffic simulation modeling
Data used for traffic simulation modeling
Data used for travel time prediction
Data used for travel time prediction
Dayton, Springfield
Daytona Beach
Delaware
Demand responsive vehicles equipped with Automatic Vehicle Location(AVL)
Demand Responsive Vehicles equipped with Magnetic Stripe Readers
Demand Responsive Vehicles equipped with Smart Card Readers
Demand responsive vehicles that have Automatic Passenger Counters (not including registering fareboxes)
Demand responsive vehicles used as probes to collect travel time, speed, and conditions on ARTERIALS
Demand responsive vehicles used as probes to collect travel time, speed, and conditions on FREEWAYS
Demand responsive vehicles where automated dispatching or control software is available
Demand responsive vehicles with mobile data terminals
Demand responsive vehicles with real-time monitoring of vehicle components
Denver, Boulder
Deployment of a 511 traveler information system
Deployment of a dedicated emergency traveler information system
Deployment of a dedicated emergency traveler information system
Deployment of Animal Warning Systems to detect large animals approaching the roadway and provide warnings to travelers
Deployment of automated enforcement systems to detect drivers violating railroad crossing traffic controls
Deployment of automated enforcement technologies to assist with the enforcement of ramp metering compliance
Deployment of automated enforcement technologies to enforce High Occupancy Vehicle (HOV) restrictions on freeways
Deployment of automated intrusion detection and warning system to alert highway workers and drivers when vehicles or construction equipment enter sensitive sections of the work area within work zones
Deployment of automated overheight/overwidth warning systems that use roadside detectors and electronic warning signs to warn drivers of vehicles that are too tall or wide to pass under bridges or through tunnels
Deployment of automatic bridge anti-icing systems
Deployment of bicycle or pedestrian systems (e.g., pedestrian detectors, pedestrian activated lighted crosswalks, bicycle-actuated signals)
Deployment of Bicycle Warning Systems that use detectors and electronic warning signs to identify bicycle traffic and notify drivers to improve safety on narrow bridges and tunnels
Deployment of electronic payment systems to facilitate traveler's payment and other services at tourist destinations
Deployment of electronic payment systems, using technologies such as magnetic stripe cards or smart cards, to facilitate payment for travel and other services at tourist destinations
Deployment of environmental sensor stations (ESS) in rural areas
Deployment of in-pavement or road surface sensors to track pavement conditions
Deployment of Intersection Collision Warning Systems that use sensors to monitor traffic approaching dangerous intersections and warn vehicles of approaching cross traffic
Deployment of ITs technologies (e.g., lane control signs, portable DMS, dynamic lane merge systems, or other applications) to notify travelers of lane configuration changes approaching work zones
Deployment of ITS technologies to manage traffic diversions in response to road closures due to weather events
Deployment of ITS technologies, either as stand-alone implementations or to supplement existing systems, to support temporary traffic management at workzones
Deployment of over-height warning systems
Deployment of parking fee payment systems to simplify payment for customers and reduce congestion at exits to parking facilities
Deployment of parking management data collection systems to monitor parking availibility
Deployment of parking management systems that provide availability status and directional guidance posted on dynamic message signs at major tourism destinatioins
Deployment of parking management systems that provide availability status and directional guidance posted on dynamic message signs at major tourism destinations
Deployment of parking management systems to disseminate parking availability informtion to drivers
Deployment of Pedestrian Safety Systems to protect pedestrians by alerting drivers as pedestrians enter crosswalks
Deployment of portable transportation management systems to control the impact of congestion at locations hosting FREQUENT special events (these systems may have permanently installed components such as DMS or sensors)
Deployment of portable transportation management systems to control the impact of congestion at locations hosting OCCASIONAL special events
Deployment of portable transportation management systems to control the impact of congestion at locations hosting ONE-TIME or UNUSUAL events
Deployment of sensors to detect and warn vehicles of approaching trains at highway rail crossings
Deployment of sensors to monitor water levels on roadways
Deployment of snow plows with AVL, communications and sensors to monitor treatment
Deployment of special event systems (e.g., traffic signal operation plans, temporary lane restrictions, traveler guidance, or other measures)
Deployment of speed enforcement technologies on arterials
Deployment of speed enforcement technologies on freeways
Deployment of systems using roadside detectors and electronic warning systems to warn drivers (typically those in commercial trucks and other heave vehicles) of potentially dangerous speeds approaching freeway ramps, curves on highways or downhill grades
Deployment of temporary Incident Management Systems to facilitate the safe clearance of incidents that occur near work zones
Deployment of temporary traffic control devices, such as portable message signs and lane control signs, to help ensure the safety of arterial incident scenes
Deployment of temporary traffic control devices, such as portable message signs and lane control signs, to help ensure the safety of freeway incident scenes
Deployment of temporary Traffic Management Centers or satellite locations for existing TMC to control the impact of congestion associated with special events
Deployment of tourism information traveler systems that focus on the needs of travelers in areas unfamiliar to them
Deployment of tourism traveler information systems that focus on the needs (i.e., electronic yellow pages, incorporating lodging reservation systems and directions to points of interest) of travelers in areas unfamilar to them
Deployment of variable speed systems
Deployment of website that distributes traveler information
Deployment types
Des Moines
Detroit, Ann Arbor
Distribute Arterial travel speeds to the public
Distribute Arterial travel times to the public
Distribute Incident information to the public
Distribution of alternate routes to the media
Distribution of alternate routes to the public
Distribution of CCTV images to the media
Distribution of CCTV images to the public
Distribution of congestion information to the media
Distribution of congestion information to the public
Distribution of detours to the media
Distribution of detours to the public
Distribution of freeway travel speeds to the media
Distribution of freeway travel speeds to the public
Distribution of freeway travel times to the media
Distribution of freeway travel times to the public
Distribution of incident information to the media
Distribution of incident information to the public
Distribution of parking information to the media
Distribution of parking information to the public
Distribution of real-time construction information to the media
Distribution of real-time construction information to the public
Distribution of road closures to the media
Distribution of road closures to the public
Distribution of road restrictions to the media
Distribution of road restrictions to the public
Distribution of road surface conditions to the media
Distribution of road surface conditions to the public
Distribution of special events information to the media
Distribution of special events information to the public
Distribution of travel and tourist information to the media
Distribution of travel and tourist information to the public
Distribution of weather information to the media
Distribution of weather information to the public
Distribution of work zones/construction events to the media
Distribution of work zones/construction events to the public
Diversion Information Displayed on DMS (CMS, VMS)
Documented policy supporting implementation of alternate routes
Driver safety campaign information displayed on DMS (CMS, VMS)
Dynamic curve warning systems
Dynamic curve warning systems
Dynamic Message Signs (DMS)
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