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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 : technical report documentation page.

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Bibliographic Details
Title: 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 : technical report documentation page.
Authors: Tung, Leonard J., Florida State University
Contributors: Florida. Department of Transportation
Publisher Information: Florida Department of Transportation
Subject Terms: 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
Subject Geographic: Florida
Description: Contract No. BD-543, RPWO #16 ; The project has been 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 resulted draft Florida Specific NTCIP MIBs for ; CCTV and ASC based on the functional requirements of these ITS devices. In addition, NTCIP- ; compliance testing procedures have been developed according to the draft MIBs. ; The testing procedures for CCTV utilize macros that are developed to work with the free and ; open-source software NTCIP Exerciser. These macros are intended to facilitate some degree of ; automation for the NTCIP testing and to provide a high-level functional interface between a tester and ; the device under test. ; The testing procedures for ASC rely on the Alternative NTCIP Testing Software (ANTS) which ; is developed by the research team at the Traffic Engineering Research Lab (TERL) of FDOT. The ; ANTS utilizes the open-source Python scripting language which makes it possible to communicate ; using SNMP messages between a computer and a controller through a serial or Ethernet port.
Document Type: other/unknown material
File Description: PDF
Language: English
Relation: https://rosap.ntl.bts.gov/view/dot/17614
Availability: https://rosap.ntl.bts.gov/view/dot/17614
Accession Number: edsbas.14F655E3
Database: BASE
Description
Abstract:Contract No. BD-543, RPWO #16 ; The project has been 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 resulted draft Florida Specific NTCIP MIBs for ; CCTV and ASC based on the functional requirements of these ITS devices. In addition, NTCIP- ; compliance testing procedures have been developed according to the draft MIBs. ; The testing procedures for CCTV utilize macros that are developed to work with the free and ; open-source software NTCIP Exerciser. These macros are intended to facilitate some degree of ; automation for the NTCIP testing and to provide a high-level functional interface between a tester and ; the device under test. ; The testing procedures for ASC rely on the Alternative NTCIP Testing Software (ANTS) which ; is developed by the research team at the Traffic Engineering Research Lab (TERL) of FDOT. The ; ANTS utilizes the open-source Python scripting language which makes it possible to communicate ; using SNMP messages between a computer and a controller through a serial or Ethernet port.