VIDEO TUTORIAL APLIKASI VISSIM | DARI AWAL SAMPAI PROSES KALIBRASI KINERJA SIMPANG
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5 hours ago
Published on Nov 09, 2025
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Table of Contents
Introduction
This tutorial is designed to guide you through the VISSIM application, focusing on the initial setup and the calibration process for intersection performance. VISSIM is a powerful traffic simulation tool widely used in transportation planning, and mastering its functionalities can significantly enhance your project efficiency and outcomes.
Step 1: Installing VISSIM
- Download the VISSIM application from the official website or authorized distributor.
- Follow the installation prompts, ensuring that you select the correct version compatible with your operating system.
- After installation, launch the application and familiarize yourself with the user interface.
Step 2: Creating a New Project
- Open VISSIM and select the option to create a new project.
- Set the project parameters:
- Define the simulation period (start and end times).
- Specify the time step intervals for the simulation.
- Save your project with an appropriate name to easily identify it later.
Step 3: Designing the Intersection
- Use the drawing tools to create the layout of the intersection:
- Add lanes and specify their direction.
- Include traffic signals and stop signs where necessary.
- Adjust lane widths and lengths according to real-world standards.
- Incorporate pedestrian crossings if applicable.
Step 4: Inputting Traffic Data
- Gather traffic volume data for the intersection:
- Use manual counts or traffic studies.
- Input the traffic volume into VISSIM:
- Navigate to the traffic input section.
- Enter values for different time periods (peak and off-peak hours).
- Ensure that the data reflects realistic conditions for accurate simulation results.
Step 5: Configuring Vehicle Types
- Define the types of vehicles that will operate in the simulation:
- Light vehicles, heavy vehicles, buses, and motorcycles.
- Assign appropriate characteristics to each vehicle type:
- Speed, acceleration, and deceleration rates.
Step 6: Running the Simulation
- Once all data and configurations are set, run the simulation.
- Monitor the simulation to ensure that it operates smoothly without errors.
- Adjust parameters if necessary to reflect real traffic conditions.
Step 7: Calibration of Intersection Performance
- Analyze the initial simulation results:
- Identify issues such as excessive delays or queuing.
- Use calibration techniques:
- Adjust vehicle parameters, traffic signal timings, or lane configurations.
- Rerun the simulation after adjustments to assess performance changes.
Step 8: Exporting Results
- Once calibration is complete, export the simulation results:
- Use the reporting tools within VISSIM to generate performance metrics.
- Save reports in desired formats (PDF, Excel) for further analysis.
Conclusion
By following these steps, you will have a solid understanding of how to set up and calibrate an intersection using VISSIM. Mastering these skills will enhance your ability to conduct traffic simulations effectively. As a next step, consider exploring more advanced features of VISSIM, such as integrating GIS data or performing multi-scenario analyses to further enrich your projects.