Abstract: Provided is a method for verifying an input/output operation of an AUTOSAR platform in a virtual ECU environment. The method includes transmitting an input/output command for a peripheral implemented in a core area of the virtual ECU from an AUTOSAR platform area of the virtual ECU operating in a virtual environment to a memory area through a predetermined emulator; transmitting the input/output command from the memory area to the peripheral; and performing a read or write operation of data on a register of the peripheral by emulating an operation corresponding to the input/output command in the peripheral.

Abstract: Provided is a method for correcting error in a virtual ECU. The method includes: transmitting a timing measurement start signal from an error correction module in a host PC in which a plurality of virtual ECUs are driven to the plurality of virtual ECUs and a real ECU; receiving an operation performance result corresponding to a predetermined task from the virtual ECU and the real ECU; calculating an operation timing error between the virtual ECU and the real ECU based on the operation performance result; detecting correction values for each virtual ECU corresponding to the operation timing error; and transmitting the detected correction values to each virtual ECU.

Abstract: Disclosed are a method and apparatus for processing a hand gesture command for a media-centric wearable electronic device in an Internet of Media Things and Wearables (IoMTW) system. The processing method according to an embodiment includes acquiring a hand image of a user, distinguishing a background area and a hand area in the acquired hand image, detecting a hand shape using the distinguished hand area and generating hand contour information describing the detected hand shape, detecting a hand movement path based on a change of the distinguished hand area over time and generating hand trajectory information describing the detected hand movement path, and recognizing a hand gesture of the user using the hand contour information and the hand trajectory information.