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Florida specific NTCIP MIB development for actuated signal controller (ASC), closed-circuit television (CCTV), and center-to-center (C2C) communications with SunGuideSM software and ITS device test procedure development : executive summary.

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Titel: Florida specific NTCIP MIB development for actuated signal controller (ASC), closed-circuit television (CCTV), and center-to-center (C2C) communications with SunGuideSM software and ITS device test procedure development : executive summary.
Autoren: Tung, Leonard J., Florida State University
Weitere Verfasser: Florida. Department of Transportation
Verlagsinformationen: Florida Department of Transportation
Schlagwörter: Traffic signal controllers, Actuated traffic signal controllers, Closed circuit television, Software, Intelligent transportation systems, ITS program applications, Test procedures, NTCIP, ASC, CCTV, MIB, Test procedure, Macros, Python scripting language, ANTS
Geographisches Schlagwort: Florida
Beschreibung: To provide hardware, software, network, systems research, and testing for multi-million ; dollar traffic operations, Intelligent Transportation Systems (ITS), and statewide ; communications investments, the Traffic Engineering and Operations Office has ; expanded the existing Traffic Engineering Research Laboratory (TERL) facility to ; include additional ITS and Statewide Communications Laboratory. ; University-level advanced research support has been required to provide unbiased ; research and development procedures to maximize the state’s return on these ; investments. These efforts have helped to develop statewide ITS device certification ; processes that can simplify ITS equipment testing, evaluation, and procurements. ; The research team at TERL has provided FDOT with interactive and coordinated ; problem-solving testing tools that will be used to ensure quick and efficient resolution to ; today’s complex transportation engineering and ITS device evaluation problems. Specific ; critical and important research issues identified by FDOT engineers and District staff ; have been addressed by the research team. The coordinated efforts between the TERL ; staff and the professionals involved in designing, operating, and maintaining ITS systems ; throughout the state have helped strengthen Florida’s position as a leader in ; transportation engineering systems, and ITS. ; The research team has focused on National Transportation Communications for ITS ; Protocol (NTCIP) research and testing across the entire life cycle of traffic operations, ; ITS, and statewide communications deployments. This life cycle includes design, ; development, operations, and maintenance. Specifically, the research efforts have ; provided the processes needed to allow the FDOT to test ITS software, Closed-Circuit ; Television (CCTV), Actuated Signal Controllers (ASC), and Center-to-Center (C2C) ; communications, as well as support the ongoing change management, integration, and ; acceptance testing of the FDOT SunGuideSM software System.
Publikationsart: other/unknown material
Dateibeschreibung: PDF
Sprache: English
Relation: https://rosap.ntl.bts.gov/view/dot/17613
Verfügbarkeit: https://rosap.ntl.bts.gov/view/dot/17613
Dokumentencode: edsbas.8A92C040
Datenbank: BASE
Beschreibung
Abstract:To provide hardware, software, network, systems research, and testing for multi-million ; dollar traffic operations, Intelligent Transportation Systems (ITS), and statewide ; communications investments, the Traffic Engineering and Operations Office has ; expanded the existing Traffic Engineering Research Laboratory (TERL) facility to ; include additional ITS and Statewide Communications Laboratory. ; University-level advanced research support has been required to provide unbiased ; research and development procedures to maximize the state’s return on these ; investments. These efforts have helped to develop statewide ITS device certification ; processes that can simplify ITS equipment testing, evaluation, and procurements. ; The research team at TERL has provided FDOT with interactive and coordinated ; problem-solving testing tools that will be used to ensure quick and efficient resolution to ; today’s complex transportation engineering and ITS device evaluation problems. Specific ; critical and important research issues identified by FDOT engineers and District staff ; have been addressed by the research team. The coordinated efforts between the TERL ; staff and the professionals involved in designing, operating, and maintaining ITS systems ; throughout the state have helped strengthen Florida’s position as a leader in ; transportation engineering systems, and ITS. ; The research team has focused on National Transportation Communications for ITS ; Protocol (NTCIP) research and testing across the entire life cycle of traffic operations, ; ITS, and statewide communications deployments. This life cycle includes design, ; development, operations, and maintenance. Specifically, the research efforts have ; provided the processes needed to allow the FDOT to test ITS software, Closed-Circuit ; Television (CCTV), Actuated Signal Controllers (ASC), and Center-to-Center (C2C) ; communications, as well as support the ongoing change management, integration, and ; acceptance testing of the FDOT SunGuideSM software System.