Method for generating and verifying automotive embedded software based on autosar
AssigneeDrimaes, Inc.
InventorsAnna YANG, Woojin HAN, Won LEE, JongHyeon LEE, Inho LEE, Jisu KONG
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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.
Claims18
A method for verifying automotive embedded software based on AUTOSAR, comprising:
- 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.
A method for verifying automotive embedded software based on AUTOSAR, the method comprising:
- virtualizing a binary file built to correspond to target ECU information through QEMU;
- emulating the automotive embedded software based on the AUTOSAR to be verified on the virtualized ECU (hereinafter, referred to as a virtual ECU) 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.
A method for generating automotive embedded software based on AUTOSAR, the method comprising:
- emulating RTE and BSW among layers constituting the AUTOSAR for the automotive embedded software to fit a predetermined test environment,
- wherein FMI is supported in the BSW among the layers of the AUTOSAR.
Dependencies are inferred from the claim text.