jianyunli / CACC

CACC VISSIM 2.0 Algorithm is designed to simulate close-spaced CACC platoons in VISSIM using the COM interface and VISSIM API. This application can be used to evaluate the operational benefits of having a dedicated CACC lane on freeway. Need Visual Studio 2013 and VISSIM version 6.22 or newer (both 32 and 64 bit versions work) to run the algorithm.

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Open Source Overview

CACC VISSIM 2.0 Algorithm is designed to simulate close-spaced CACC platoons in VISSIM using the COM interface and VISSIM API. This application can be used to evaluate the operational benefits of having a dedicated CACC lane on freeway. Need Visual Studio 2013 and VISSIM version 6.22 or newer (both 32 and 64 bit versions work) to run the algorithm.

License information

No license needed.

System Requirements

The CACC VISSIM 2.0 Algorithm can run on most standard Window based computers with Pentium core processers, with at least two gigabits of RAM and at least 100 MB of drive space. Performance of the software will be based on the computing power and available RAM in the system. Larger datasets can require much larger space requirements depending on the amount of data being read into the software.

The CACC VISSIM 2.0 Algorithm was developed using C# (VISSIM COM code) and C++ (VISSIM API code). Currently this application only runs on Windows operating systems, due to limitations of VISSIM.

Documentation

Please refer to the Instruction.txt for guidance of running the algorithm.

Web sites

The CACC VISSIM 1.0 Algorithm is distributed through the USDOT's JPO Open Source Application Development Portal (OSADP) http://itsforge.net/

Application support email (limited): pengsu9@gmail.com

About

CACC VISSIM 2.0 Algorithm is designed to simulate close-spaced CACC platoons in VISSIM using the COM interface and VISSIM API. This application can be used to evaluate the operational benefits of having a dedicated CACC lane on freeway. Need Visual Studio 2013 and VISSIM version 6.22 or newer (both 32 and 64 bit versions work) to run the algorithm.


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