Abstract: An artificial intelligence to provide a synergistic education linked to drawing skill evaluation and an art education and a writing education according to an exemplary embodiment of the present disclosure may include a communication unit, a user interface for providing an interactional environment to a user who is a learner, and receiving, through the communication unit, picture data which is created by a second user who is an educator to provide to the user, an art competency evaluation unit which is trained to present a picture subject about the picture data to the user as a question and evaluate an art competency of the user with an art competency score which is calculated by analyzing whether picture data created by the user is picture data in accordance with the picture subject, a picture similarity evaluation unit which is trained to present the picture data of the second user to the user for guiding the user, extract features of the picture data created by the user and picture data of the second user,

Abstract: The present disclosure relates to a technique that collects picture data created by a user and predicts an academic achievement of the user through the picture data and an artificial intelligence system that collects interactive picture data for building artificial intelligence data and analyzes correlation between an art competency and an academic achievement according to an exemplary embodiment of the present disclosure includes a picture data collector which provides an interactive environment to a user to induce the user to perform a process of labeling an object included in picture data created by the user and collects picture data including an object whose class is annotated by the labeling process; an academic achievement prediction unit which evaluates an art competency of the user using the picture data and predicts an academic achievement of the user through a learning competency with a high correlation with an art competency of the user; and a database in which picture data to be used to evaluate a

Abstract: The present disclosure provides a system for providing a responsive-type drawing making service which is capable of real-time interaction between a user and an object, wherein the system for providing a responsive-type drawing making service includes: a terminal that is configured to allow inputting event information relating to a user's behavior response for making a drawing; a control part that constructs a network with the terminal, the web and the external server, followed by a communication, generating arbitrary custom information by matching first data of an dynamic image that is provided through at least one of the web and the external server according to event information that was input from the terminal to second data of a signal that uses a drawing tool of a pre-stored drawing making program, and outputting an alarm signal preset according to generated custom information; and an alarm part that is equipped to the terminal, performing visual displaying according to an alarm signal that was output fro

Abstract: The present disclosure relates to a system for providing an interactive participation-type drawing making service, which provides a remote drawing making service that is capable of real-time interaction between a first user and a second user in a contactless environment, wherein the system includes: a first terminal that is capable of inputting a first event signal of the first user; a second terminal that is capable of inputting a second event signal of the second user; a control part that constructs a network with the first and second terminals and a web, generating a server module for using a pre-stored drawing making program while undergoing communication, reflects all of each data resulting from real-time input of the first and second event signals to the drawing making program in real time, when both of the first and second terminals connect to the generated server module, and controls a preset alarm signal so as to be output in response to a result of reflection; and an alarm part that is equipped to t

Abstract: Provided are a semiconductor device and a method of forming the semiconductor device. The semiconductor device includes an active region of which an edge is curved. The semiconductor device includes a gate insulating layer, a floating gate, a gate interlayer dielectric layer and a control gate line on the active region. The semiconductor device includes an oxide pattern having a concave top surface between adjacent floating gates. The control gate may be sufficiently spaced apart from the active region by the oxide pattern. The method can provide a semiconductor device that includes a reoxidation process, an active region having a curved edge and an oxide pattern having a top surface of a curved concave shape.

Abstract: Provided are a semiconductor device and a method of forming the semiconductor device. The semiconductor device includes an active region of which an edge is curved. The semiconductor device includes a gate insulating layer, a floating gate, a gate interlayer dielectric layer and a control gate line on the active region. The semiconductor device includes an oxide pattern having a concave top surface between adjacent floating gates. The control gate may be sufficiently spaced apart from the active region by the oxide pattern. The method can provide a semiconductor device that includes a reoxidation process, an active region having a curved edge and an oxide pattern having a top surface of a curved concave shape.

Abstract: Provided are a semiconductor device and a method of forming the semiconductor device. The semiconductor device includes an active region of which an edge is curved. The semiconductor device includes a gate insulating layer, a floating gate, a gate interlayer dielectric layer and a control gate line on the active region. The semiconductor device includes an oxide pattern having a concave top surface between adjacent floating gates. The control gate may be sufficiently spaced apart from the active region by the oxide pattern. The method can provide a semiconductor device that includes a reoxidation process, an active region having a curved edge and an oxide pattern having a top surface of a curved concave shape.

Abstract: Provided are a semiconductor device and a method of forming the semiconductor device. The semiconductor device includes an active region of which an edge is curved. The semiconductor device includes a gate insulating layer, a floating gate, a gate interlayer dielectric layer and a control gate line on the active region. The semiconductor device includes an oxide pattern having a concave top surface between adjacent floating gates. The control gate may be sufficiently spaced apart from the active region by the oxide pattern. The method can provide a semiconductor device that includes a reoxidation process, an active region having a curved edge and an oxide pattern having a top surface of a curved concave shape.