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Use of automated enforcement systems to enforce speed limits at work zones

Use of automated telephone system to distribute information to the public

Use of automatic vehicle location, combined with dispatching and reservation technologies to provide flexible routing and scheduling

Use of AVL/CAD to assist in locating and assigning appropriate emergency responders to incidents

Use of AVL/CAD to assist in locating and assigning appropriate emergency responders to incidents

Use of cell phone/automated voice to distribute information to the public

Use of congestion pricing (e.g., strategies that set the price of a toll to rise and fall to reduce congestion)

Use of data collected from technologies such as AVL/CAD systems and automatic passenger counter systems to assist in planning

Use of dedicated cable TV to distribute information to the public

Use of driver authentification technology to confirm that the individual operating a HAZMAT vehicle is authorized to do so

Use of driver authentification technology to confirm that the individual operating a HAZMAT vehicle is authorized to do so

Use of e-mail or other direct PC communication to distribute information to the public

Use of facsimile to distribute information to the public

Use of High Occupancy Toll (HOT) lanes

Use of Highway Advisory Radio (HAR) to broadcast freeway incident information

Use of Highway Advisory Radio (HAR) to broadcast incident information

Use of integrated ITS and communications technology to coordinate evacuation management with different agencies, including traffic management and transit

Use of integrated ITS and communications technology to coordinate evacuation management with different agencies, including traffic management and transit

Use of interactive TV to distribute information to the public

Use of Internet web sites to distribute information to the public

Use of in-vehicle navigation systems to distribute information to the public

Use of ITS Deployment Analysis System (IDAS)

Use of ITS sensors and information dissemination technologies to determine the need to implement temporary restrictions on vehicles during inclement weather conditions

Use of ITS technologies (e.g., fleet tracking applications such as AVL and CAD systems, as well as handheld computers supporting data entry and reporting from the field) to manage maintenance vehicles

Use of ITS technologies to manage traffic along detour routes during full road closures to facilitate rapid and safe reconstruction projects

Use of kiosks to distribute information to the public

Use of pagers or personal data assistants (PDA) to distribute information to the public

Use of response routing systems by emergency responders to assist in identifying the quickest safe route to incident locations

Use of response routing systems by emergency responders to assist in identifying the quickest safe route to incident locations

Use of roadside detectors to monitor for the presence of hazardous shipments in sensitive areas

Use of roadside detectors to monitor for the presence of hazardous shipments in sensitive areas

Use of sensors or automated data collection systems (e.g., weigh-in-motion, traffic volumes, pavement condition, bridge condition, etc.) to monitor the condition of highway infrastructure

Use of technology to provide assistance to commercial vehicle operators via electronic route planning services

Use of technology to provide assistance to commercial vehicle operators via electronic route planning services

Use of telephone number (other than 511) with interactive voice response technology to provide road weather information to the traveling public

Use of Turbo Architecture software for regional ITS architecture development

Use of variable speed limits in response to weather conditions

Use of variable speed limits within workzones

Use of vehicle monitoring and communication technologies to facilitate coordination of passenger transfers between vehicle or transit systems

Use of vehicle-mounted hardware to track HAZMAT shipment to detect when a shipment deviates from its intended route

Use of vehicle-mounted hardware to track HAZMAT shipment to detect when a shipment deviates from its intended route

Use of video feed to the media to distribute information to the public

Use of video imaging to assist with data collection at arterial incident scenes to speed the reopening of travel lanes

Use of video imaging to assist with data collection at freeway incident scenes to speed the reopening of travel lanes

Uses of CCTV cameras

Using 511 telephone system to disseminate real-time transit schedule adherence or arrival and departure times to the public

Using 511 telephone system to disseminate transit routes, schedules, and fare information to the public

Using audible enunciators to disseminate real-time transit schedule adherence or arrival and departure times to the public

Using audible enunciators to disseminate transit routes, schedules, and fare information to the public

Using automated telephone system to disseminate real-time transit schedule adherence or arrival and departure times to the public

Using automated telephone system to disseminate transit routes, schedules, and fare information to the public

Using automated web-based trip planner to disseminate real-time transit schedule adherence or arrival and departure times to the public

Using automated web-based trip planner to disseminate transit routes, schedules, and fare information to the public

Using collected/archived data for accident prediction models

Using collected/archived data for capital planning and analysis

Using collected/archived data for construction impact determination

Using collected/archived data for dissemination to the public

Using collected/archived data for incident detection algorithm development

Using collected/archived data for measurement of performance

Using collected/archived data for operational planning and analysis

Using collected/archived data for roadway impact analysis

Using collected/archived data for safety analysis

Using collected/archived data for traffic management

Using dedicated cable TV to disseminate real-time transit schedule adherence or arrival and departure times to the public

Using dedicated cable TV to disseminate transit routes, schedules, and fare information to the public

Using e-mail or other direct PC communication to disseminate real-time transit schedule adherence or arrival and departure times to the public

Using e-mail or other direct PC communication to disseminate transit routes, schedules, and fare information to the public

Using facsimile to disseminate real-time transit schedule adherence or arrival and departure times to the public

Using facsimile to disseminate transit routes, schedules, and fare information to the public

Using IEEE P1488 - IEEE Standard for Message Set Template for Intelligent Transportation Systems

Using IEEE P1488 - IEEE Standard for Message Set Template for Intelligent Transportation Systems

Using IEEE P1488 - IEEE Standard for Message Set Template for Intelligent Transportation Systems

Using IEEE P1489 - IEEE Standard for Data Dictionaries for Intelligent Transportation Systems - Part 1 Functional Area Data Dictionaries

Using IEEE P1489 - IEEE Standard for Data Dictionaries for Intelligent Transportation Systems - Part 1 Functional Area Data Dictionaries

Using IEEE P1489 - IEEE Standard for Data Dictionaries for Intelligent Transportation Systems - Part 1 Functional Area Data Dictionaries

Using interactive TV to disseminate real-time transit schedule adherence or arrival and departure times to the public

Using interactive TV to disseminate transit routes, schedules, and fare information to the public

Using internet web sites to disseminate real-time transit schedule adherence or arrival and departure times to the public

Using internet web sites to disseminate transit routes, schedules, and fare information to the public

Using in-vehicle navigation systems to disseminate real-time transit schedule adherence or arrival and departure times to the public

Using in-vehicle navigation systems to disseminate transit routes, schedules, and fare information to the public

Using ITE 9603-1 - Application Programming Interface (API) Standard for the Advanced Transportation Controller (ATC)

Using ITE 9603-1 - Application Programming Interface (API) Standard for the Advanced Transportation Controller (ATC)

Using ITE 9603-1 - Application Programming Interface (API) Standard for the Advanced Transportation Controller (ATC)

Using ITE 9603-1 - Application Programming Interface (API) Standard for the Advanced Transportation Controller (ATC)

Using ITE 9603-1 - Application Programming Interface (API) Standard for the Advanced Transportation Controller (ATC)

Using ITE 9603-1 - Application Programming Interface (API) Standard for the Advanced Transportation Controller (ATC)

Using ITE 9603-2 - Advanced Transportation Controller (ATC) Cabinet

Using ITE 9603-2 - Advanced Transportation Controller (ATC) Cabinet

Using ITE 9603-2 - Advanced Transportation Controller (ATC) Cabinet

Using ITE 9603-2 - Advanced Transportation Controller (ATC) Cabinet

Using ITE 9603-2 - Advanced Transportation Controller (ATC) Cabinet

Using ITE 9603-2 - Advanced Transportation Controller (ATC) Cabinet

Using ITE 9603-3 - Advanced Transportation Controller (ATC) Standard Specification for the Type 2070 Controller

Using ITE 9603-3 - Advanced Transportation Controller (ATC) Standard Specification for the Type 2070 Controller

Using ITE 9603-3 - Advanced Transportation Controller (ATC) Standard Specification for the Type 2070 Controller

Using ITE 9603-3 - Advanced Transportation Controller (ATC) Standard Specification for the Type 2070 Controller

Using ITE 9603-3 - Advanced Transportation Controller (ATC) Standard Specification for the Type 2070 Controller

Using ITE 9603-3 - Advanced Transportation Controller (ATC) Standard Specification for the Type 2070 Controller

Using ITE TM 1.03 - Standard for Functional Level Traffic Management Data Dictionary (TMDD)

Using ITE TM 1.03 - Standard for Functional Level Traffic Management Data Dictionary (TMDD)

Using ITE TM 1.03 - Standard for Functional Level Traffic Management Data Dictionary (TMDD)

Using ITE TM 1.03 - Standard for Functional Level Traffic Management Data Dictionary (TMDD)

Using ITE TM 1.03 - Standard for Functional Level Traffic Management Data Dictionary (TMDD)

Using ITE TM 1.03 - Standard for Functional Level Traffic Management Data Dictionary (TMDD)

Using ITE TM 2.01 - Message Sets for External TMC Communication (MS/ETMCC)

Using ITE TM 2.01 - Message Sets for External TMC Communication (MS/ETMCC)

Using ITE TM 2.01 - Message Sets for External TMC Communication (MS/ETMCC)

Using ITE TM 2.01 - Message Sets for External TMC Communication (MS/ETMCC)

Using ITE TM 2.01 - Message Sets for External TMC Communication (MS/ETMCC)

Using ITE TM 2.01 - Message Sets for External TMC Communication (MS/ETMCC)

Using ITS at Work Zones

Using kiosks to disseminate real-time transit schedule adherence or arrival and departure times to the public

Using kiosks to disseminate transit routes, schedules, and fare information to the public

Using monitors/VMS (not in vehicles) to disseminate real-time transit schedule adherence or arrival and departure times to the public

Using monitors/VMS (not in vehicles) to disseminate transit routes, schedules, and fare information to the public

Using NTCIP 1102 - Octet Encoding Rules (OER)

Using NTCIP 1102 - Octet Encoding Rules (OER)

Using NTCIP 1102 - Octet Encoding Rules (OER)

Using NTCIP 1103 - Transportation Management Protocol

Using NTCIP 1103 - Transportation Management Protocol

Using NTCIP 1103 - Transportation Management Protocol

Using NTCIP 1104 - CORBA Naming Convention Specification

Using NTCIP 1104 - CORBA Naming Convention Specification

Using NTCIP 1104 - CORBA Naming Convention Specification

Using NTCIP 1105 - CORBA Security Service Specification

Using NTCIP 1105 - CORBA Security Service Specification

Using NTCIP 1105 - CORBA Security Service Specification

Using NTCIP 1106 - CORBA Near-Real Time Data Service Specification

Using NTCIP 1106 - CORBA Near-Real Time Data Service Specification

Using NTCIP 1106 - CORBA Near-Real Time Data Service Specification

Using NTCIP 1201 - Global Object Definitions

Using NTCIP 1201 - Global Object Definitions

Using NTCIP 1201 - Global Object Definitions

Using NTCIP 1202 - Object Definitions for Actuated Traffic Signal Controller Units

Using NTCIP 1202 - Object Definitions for Actuated Traffic Signal Controller Units

Using NTCIP 1202 - Object Definitions for Actuated Traffic Signal Controller Units

Using NTCIP 1202 - Object Definitions for Actuated Traffic Signal Controller Units

Using NTCIP 1202 - Object Definitions for Actuated Traffic Signal Controller Units

Using NTCIP 1202 - Object Definitions for Actuated Traffic Signal Controller Units

Using NTCIP 1203 - Object Definitions for Dynamic Message Signs

Using NTCIP 1203 - Object Definitions for Dynamic Message Signs

Using NTCIP 1203 - Object Definitions for Dynamic Message Signs

Using NTCIP 1203 - Object Definitions for Dynamic Message Signs

Using NTCIP 1203 - Object Definitions for Dynamic Message Signs

Using NTCIP 1203 - Object Definitions for Dynamic Message Signs

Using NTCIP 1204 - Object Definitions for Environmental Sensor Stations

Using NTCIP 1204 - Object Definitions for Environmental Sensor Stations

Using NTCIP 1204 - Object Definitions for Environmental Sensor Stations

Using NTCIP 1204 - Object Definitions for Environmental Sensor Stations

Using NTCIP 1204 - Object Definitions for Environmental Sensor Stations

Using NTCIP 1204 - Object Definitions for Environmental Sensor Stations

Using NTCIP 1205 - Objects for CCTV Camera Control

Using NTCIP 1205 - Objects for CCTV Camera Control

Using NTCIP 1205 - Objects for CCTV Camera Control

Using NTCIP 1205 - Objects for CCTV Camera Control

Using NTCIP 1205 - Objects for CCTV Camera Control

Using NTCIP 1205 - Objects for CCTV Camera Control

Using NTCIP 1206 - Object Definitions for Data Collection and Monitoring (DCM) Devices

Using NTCIP 1206 - Object Definitions for Data Collection and Monitoring (DCM) Devices

Using NTCIP 1206 - Object Definitions for Data Collection and Monitoring (DCM) Devices

Using NTCIP 1206 - Object Definitions for Data Collection and Monitoring (DCM) Devices

Using NTCIP 1206 - Object Definitions for Data Collection and Monitoring (DCM) Devices

Using NTCIP 1206 - Object Definitions for Data Collection and Monitoring (DCM) Devices

Using NTCIP 1207 - Object Definitions for Ramp Meter Control

Using NTCIP 1207 - Object Definitions for Ramp Meter Control

Using NTCIP 1207 - Object Definitions for Ramp Meter Control

Using NTCIP 1207 - Object Definitions for Ramp Meter Control

Using NTCIP 1207 - Object Definitions for Ramp Meter Control

Using NTCIP 1207 - Object Definitions for Ramp Meter Control

Using NTCIP 1208 - Object Definitions for Video Switches

Using NTCIP 1208 - Object Definitions for Video Switches

Using NTCIP 1208 - Object Definitions for Video Switches

Using NTCIP 1208 - Object Definitions for Video Switches

Using NTCIP 1208 - Object Definitions for Video Switches

Using NTCIP 1208 - Object Definitions for Video Switches

Using NTCIP 1209 - Object Definitions for Transportation Sensor System

Using NTCIP 1209 - Object Definitions for Transportation Sensor System

Using NTCIP 1209 - Object Definitions for Transportation Sensor System

Using NTCIP 1209 - Object Definitions for Transportation Sensor System

Using NTCIP 1209 - Object Definitions for Transportation Sensor System

Using NTCIP 1209 - Object Definitions for Transportation Sensor System

Using NTCIP 1210 - Objects for Signal Systems Master

Using NTCIP 1210 - Objects for Signal Systems Master

Using NTCIP 1210 - Objects for Signal Systems Master

Using NTCIP 1210 - Objects for Signal Systems Master

Using NTCIP 1210 - Objects for Signal Systems Master

Using NTCIP 1210 - Objects for Signal Systems Master

Using NTCIP 1211 - Objects for Signal Control Priority

Using NTCIP 1211 - Objects for Signal Control Priority

Using NTCIP 1211 - Objects for Signal Control Priority

Using NTCIP 1211 - Objects for Signal Control Priority

Using NTCIP 1211 - Objects for Signal Control Priority

Using NTCIP 1211 - Objects for Signal Control Priority

Using NTCIP 1213 - Electrical and Lighting Mgmt System Interoperability & Intercommunications Std

Using NTCIP 1213 - Electrical and Lighting Mgmt System Interoperability & Intercommunications Std

Using NTCIP 1213 - Electrical and Lighting Mgmt System Interoperability & Intercommunications Std

Using NTCIP 1213 - Electrical and Lighting Mgmt System Interoperability & Intercommunications Std

Using NTCIP 1213 - Electrical and Lighting Mgmt System Interoperability & Intercommunications Std

Using NTCIP 1213 - Electrical and Lighting Mgmt System Interoperability & Intercommunications Std

Using NTCIP 1301 - Weather Report Message Set for ESS

Using NTCIP 1301 - Weather Report Message Set for ESS

Using NTCIP 1301 - Weather Report Message Set for ESS

Using NTCIP 1301 - Weather Report Message Set for ESS

Using NTCIP 1301 - Weather Report Message Set for ESS

Using NTCIP 1301 - Weather Report Message Set for ESS

Using NTCIP 1602 - Generic Reference Model for C2C Communications

Using NTCIP 1602 - Generic Reference Model for C2C Communications

Using NTCIP 1602 - Generic Reference Model for C2C Communications

Using NTCIP 1602 - Generic Reference Model for C2C Communications

Using NTCIP 1602 - Generic Reference Model for C2C Communications

Using NTCIP 1602 - Generic Reference Model for C2C Communications

Using NTCIP 2101 - Point to Multi-Point Protocol Using RS-232 Subnetwork Profile

Using NTCIP 2101 - Point to Multi-Point Protocol Using RS-232 Subnetwork Profile

Using NTCIP 2101 - Point to Multi-Point Protocol Using RS-232 Subnetwork Profile

Using NTCIP 2102 - Subnetwork Profile for PMPP using FSK Modems

Using NTCIP 2102 - Subnetwork Profile for PMPP using FSK Modems

Using NTCIP 2102 - Subnetwork Profile for PMPP using FSK Modems

Using NTCIP 2103 - Subnet Profile for Point-to-Point Protocol using RS 232

Using NTCIP 2103 - Subnet Profile for Point-to-Point Protocol using RS 232

Using NTCIP 2103 - Subnet Profile for Point-to-Point Protocol using RS 232

Using NTCIP 2104 - Subnetwork Profile for Ethernet

Using NTCIP 2104 - Subnetwork Profile for Ethernet

Using NTCIP 2104 - Subnetwork Profile for Ethernet

Using NTCIP 2201 - Transportation Transport Profile

Using NTCIP 2201 - Transportation Transport Profile

Using NTCIP 2201 - Transportation Transport Profile

Using NTCIP 2202 - Transport Profile for Internet (TCP/IP and UDP)

Using NTCIP 2202 - Transport Profile for Internet (TCP/IP and UDP)

Using NTCIP 2202 - Transport Profile for Internet (TCP/IP and UDP)

Using NTCIP 2301 - Application Profile for Simple Transportation Management Framework (STMF)

Using NTCIP 2301 - Application Profile for Simple Transportation Management Framework (STMF)

Using NTCIP 2301 - Application Profile for Simple Transportation Management Framework (STMF)

Using NTCIP 2302 - Application Profile for Trivial File Transfer Protocol

Using NTCIP 2302 - Application Profile for Trivial File Transfer Protocol

Using NTCIP 2302 - Application Profile for Trivial File Transfer Protocol

Using NTCIP 2303 - Application Profile for File Transfer Protocol (FTP)

Using NTCIP 2303 - Application Profile for File Transfer Protocol (FTP)

Using NTCIP 2303 - Application Profile for File Transfer Protocol (FTP)

Using NTCIP 2304 - Application Profile for Data Exchange ASN.1 (DATEX)

Using NTCIP 2304 - Application Profile for Data Exchange ASN.1 (DATEX)

Using NTCIP 2304 - Application Profile for Data Exchange ASN.1 (DATEX)

Using NTCIP 2305 - Application Profile for Common Object Request Broker Architecture (CORBA)

Using NTCIP 2305 - Application Profile for Common Object Request Broker Architecture (CORBA)

Using NTCIP 2305 - Application Profile for Common Object Request Broker Architecture (CORBA)

Using NTCIP 8003 - Profiles - Framework and Classification of Profiles

Using NTCIP 8003 - Profiles - Framework and Classification of Profiles

Using NTCIP 8003 - Profiles - Framework and Classification of Profiles

Using NTCIP 9010 - XML Standard for Center-to-Center Communications

Using NTCIP 9010 - XML Standard for Center-to-Center Communications

Using NTCIP 9010 - XML Standard for Center-to-Center Communications

Using pagers or personal data assistants to disseminate real-time transit schedule adherence or arrival and departure times to the public

Using pagers or personal data assistants to disseminate transit routes, schedules, and fare information to the public

Using variable message signs (in vehicle) to disseminate real-time transit schedule adherence or arrival and departure times to the public

Using variable message signs (in vehicle) to disseminate transit routes, schedules, and fare information to the public

Utah