Developing PC-Based Driving Simulator System for Driver Behavior Analysis Research
Mohammad Iqbal, Karmila Sari, Kemal Ade Sekarwati, Dian Kemala Putri
Abstract
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Mohammad Iqbal, Karmila Sari, Kemal Ade Sekarwati, Dian Kemala Putri
Abstract
Open-access reader
Abstract Driving simulator is one of important system for driving behavior studies. It offers a replicable virtual driving environment and it has possibility to create a various scenarios to carry out in real environment. The problem in development of this simulator is how to reduce a prices in certain point areas have made it possible to create low-cost driving simulators, but with the features that are usually found only in expensive driving simulators. This article is presented a low cost PC-based driving simulator. The aim is to use the simulator as a platform for studies of the driver’s behavior. The complete simulator is using three 27” LED screen, handle by a standard PC, typically used for computer games. As Input we using steering, pedal and shifter G29, with force feedback. For software we using city car home edition as tools to measure validity user and developing simulator to driver’s behavior study.
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Abstract Driving simulator is one of important system for driving behavior studies. It offers a replicable virtual driving environment and it has possibility to create a various scenarios to carry out in real environment. The problem in development of this simulator is how to reduce a prices in certain point areas have made it possible to create low-cost driving simulators, but with the features that are usually found only in expensive driving simulators. This article is presented a low cost PC-based driving simulator. The aim is to use the simulator as a platform for studies of the driver’s behavior. The complete simulator is using three 27” LED screen, handle by a standard PC, typically used for computer games. As Input we using steering, pedal and shifter G29, with force feedback. For software we using city car home edition as tools to measure validity user and developing simulator to driver’s behavior study.
Key concepts: Driving simulator, Computer architecture simulator, Simulation, Computer science, Simulator sickness, Software, Virtual reality, Human–computer interaction