Abstract: A system for verifying a virtual ECU for an automotive embedded system is provided. The system includes a docker management unit configured to perform setting on a plurality of virtual ECUs based on first setting information and to construct a network between the plurality of virtual ECUs based on second setting information and a docker host managed by the docker management unit. The docker host includes a resource management unit including a device driver for each board for generating each virtual ECU and an application builder for building an embedded software-based application according to the AUTOSAR standard to be mounted on the virtual ECU, the plurality of virtual ECUs each configured to drive the built application, and a network management unit connected to the plurality of virtual ECUs and configured to support network communication between the virtual ECUs.

Abstract: A system for verifying a virtual ECU for an automotive embedded system is provided. The system includes a docker management unit configured to perform setting on a plurality of virtual ECUs based on first setting information and to construct a network between the plurality of virtual ECUs based on second setting information and a docker host managed by the docker management unit. The docker host includes a resource management unit including a device driver for each board for generating each virtual ECU and an application builder for building an embedded software-based application according to the AUTOSAR standard to be mounted on the virtual ECU, the plurality of virtual ECUs each configured to drive the built application, and a network management unit connected to the plurality of virtual ECUs and configured to support network communication between the virtual ECUs.

Abstract: A personalized infotainment virtualization method in a car sharing environment is provided. The method includes receiving personalized data from a cloud when receiving a request from a user, storing the personalized data in a physical repository within an automotive infotainment system, reading the personalized data by connecting a virtual repository that is generated through a virtual machine and the physical repository when the virtual machine is executed through a predetermined virtualization library, and executing a service application that is to operate in the virtual machine based on the personalized data.

Abstract: Provided is a method for generating automotive embedded software based on AUTOSAR. The method includes: emulating RTE and BSW among layers constituting the AUTOSAR for the automotive embedded software to be verified to fit a predetermined test environment; verifying an operation of the automotive embedded software based on AUTOSAR implemented to correspond to a predetermined test target function; and loading the automotive embedded software into a target ECU when there is no abnormality as a result of the verification.