Abstract: A display device includes: a display panel including a display region and a non-display region; a window member on the display panel; and an adhesive member between the display panel and the window member. The adhesive member includes: a first adhesion portion overlapping the display region, and a second adhesion portion extending from the first adhesion portion and overlapping the non-display region. The display panel includes: a substrate, a display element layer on the substrate and overlapping the display region, a driving chip on the substrate and overlapping the non-display region, and an encapsulation member on the display element layer. The driving chip is configured to provide a driving signal to the display element layer. The first adhesion portion connects the window member to the encapsulation member. The second adhesion portion connects the window member to the substrate and encloses the driving chip, but does not overlap the driving chip.

Abstract: A patent assessment method based on artificial intelligence comprises obtaining assessment patent information of an assessment target patent and assessment corporate information of an assessment target corporate possessing the assessment target patent from a user terminal; generating an input signal based on the assessment corporate information and the assessment patent information; inputting the input signal to a pre-trained neural network of an embedded computer in a control device; inputting an output value of the neural network based on the input result of the neural network and a comparison signal pre-stored in a database in the control device to a pre-trained neural network; and transmitting a patent assessment information to the user terminal based on an input result of the neural network.

Abstract: A scheduling method of a system-on-chip including a multi-core processor includes detecting a scheduling request of a thread to be executed in the multi-core processor, and detecting a calling thread having the same context as the scheduling-requested thread among threads that are being executed in the multi-core processor. The method includes reassigning or resetting the scheduling-requested thread according to performance of a core to execute the calling thread having the same context.

Abstract: A scheduling method of a system-on-chip including a multi-core processor includes detecting a scheduling request of a thread to be executed in the multi-core processor, and detecting a calling thread having the same context as the scheduling-requested thread among threads that are being executed in the multi-core processor. The method includes reassigning or resetting the scheduling-requested thread according to performance of a core to execute the calling thread having the same context.