| DEVELOPMENT OF A TELEMATICS EVALUATION ENVIRONMENT BASED ON A DRIVING SIMULATOR AND ITS APPLICATION |
| Moonsik Kim1, Si-bok Yu1, Sooyoung Lee1, Min Cheol Lee2 |
1Korea Automotive Technology Institute
2Pusan National University |
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| ABSTRACT |
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For developing telematics devices, traditional development methods include the unit function test, compatibility test and T-Car, which have some limitations. Telematics devices have various functions that require accounting for the interactions among three major elements of automotive electronics: the vehicle, the device unit and driver. The KAAS (KATECH Advanced Automotive Simulator) system is a virtual-reality-based test environment designed to test and analyze the three elements in one place. One of the difficult functions when constructing such VR (Virtual Reality)-based telematics test environment is to develop a test method for the LBS (Location-Based Service) function such as a car navigation demanding the GPS (Global Positioning System) satellite signals because KAAS is in a fixed laboratory. To overcome these problems, a real-time GPS simulation system, which can be integrated with KAAS, is needed because the location of the vehicle in virtual space is determined purely by the driver |
| Key Words:
Telematics, HILS, GPS simulation system, CDMA simulation system, Driving simulator |
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