Abstract: A technical object of the present invention is to provide a supplementary thrust generating apparatus which may apply additional force to an object in a thrust direction while applying a thrust to an object by a propulsion device, wherein the supplementary thrust generating apparatus as a supplementary thrust generating apparatus used for an object having a propulsion device is provided on an outer surface of the object, and converts an external pressure applied to the object while the object is propelled by the propulsion device, and generates a supplementary thrust in the same direction as a thrust direction of the propulsion device.

Abstract: An aircraft wing includes: a supporting wing portion; and an auxiliary thrust generation wing portion provided behind the supporting wing portion based on a progress direction of an aircraft, and generating force in the direction of thrust by using a pressure change formed at a posterior side of the supporting wing portion while the thrust is applied.

Abstract: A processing unit for neural network processing includes: an instruction memory that stores tasks including one or more instructions; a data memory that stores data related to the tasks; a data flow processor that determines whether the data has been prepared for the tasks and notifies a control flow processor that preparations for the tasks have been finished in order of finished data preparation; the control flow processor that controls execution of the tasks in order of notification from the data flow processor; and a functional processor that performs computations resulting from the one or more instructions of the tasks controlled for execution by the control flow processor.

Abstract: A processing unit for neural network processing includes: an instruction memory that stores tasks including one or more instructions; a data memory that stores data related to the tasks; a data flow processor that determines whether the data has been prepared for the tasks and notifies a control flow processor that preparations for the tasks have been finished in order of finished data preparation; the control flow processor that controls execution of the tasks in order of notification from the data flow processor; and a functional processor that performs computations resulting from the one or more instructions of the tasks controlled for execution by the control flow processor.

Abstract: A hibernation method of a computing apparatus is provided to rapidly cancel a hibernation operation and rapidly restore a previous working state. The hibernation method includes classifying some processes or some pages of working processes into a priority working process according to priority for restoring a working state of the computing apparatus, detecting a user input to cancel a hibernation operation, cancelling the hibernation operation and activating the priority working group in response to the user input, and activating processes or pages that are not classified into the priority working group after activating the priority working group. According to the hibernation method, hibernation that is in progress may be rapidly cancelled in response to a user input. The previous working state may be promptly restored from a hibernation state.