Open Standard Telematics Platform is based on the AMI-C architecture, which is a standard for efficiently integrating multimedia devices into a vehicle. VI(Vehicle Interface), which is defined on the AMI-C standard, performs a role of a gateway in an ...
Open Standard Telematics Platform is based on the AMI-C architecture, which is a standard for efficiently integrating multimedia devices into a vehicle. VI(Vehicle Interface), which is defined on the AMI-C standard, performs a role of a gateway in an AMI-C network. This controls and provides vehicle information to the AMI-C compatible devices which are in the AMI-C network by converting vehicle information in the network domain into a logical structure. An integrated VI structure has been developed to provide a VS(Vehicle Service) on a standard platform. To minimize the message loss problem due to the platform operation delay which is caused by the power supply in the case of operating a CAN network of a vehicle, an interworking structure with a CAN gateway to provide an efficient VI has been implemented. The efficiency has been verified using CANoe which is a vehicle-network simulation tool.