Abstract:
PURPOSE: A security control device, an orbit security device a control robot, a security control service system and method are provided to freely transfer a control robot device to a wide region regardless of road conditions of a driving path. CONSTITUTION: A control command input unit(120) is input a control command in regard to a security target place. A security data transmitting and receiving unit(130) transmits and receives the control command or security data for security control through the communication with an orbit protective device. The orbit protective device obtains the neighboring security data while traveling along an orbit installed at the security target place. A security data storing unit(140) stores the security data. A security data analysis module(150) analyzes the security data and determines abnormal situations of the security target place. The security data analysis module creates a control instruction for combination or separation of a control robot device and the orbit security device according to a determining result of the abnormal situations and transmits it through the security data transmitting and receiving unit. A security data output unit(160) outputs data for the abnormal situations of the security target place.
Abstract:
PURPOSE: An apparatus and a method for discriminating a real face image are provided to discriminate whether the face of an image is real face or picture face. CONSTITUTION: A motion map generating unit(104) indicates a motion generating area in a pixel unit. A face detection unit(106) detects a rectangular area in which the face is located from an image. A photo edge detection unit(108) detects the girth of a photograph from the image. A motion direction detection unit(110) detects the motion direction for the background and detected face. A photo face determination unit(112) determines photograph face.
Abstract:
PURPOSE: An apparatus and a method for generating an animation are provided to generate a three-dimensional content animation by capturing the motion of an amorphous object. CONSTITUTION: A motion capturing unit(120) generates a mesh graph set about a recovery mesh set. The motion capturing unit generates motion generates motion data through the mesh graph set. The motion data includes motion information. A content generating unit(140) generates a mesh set through the motion data. The mesh set has a topology which is similar to the restoring mesh set.
Abstract:
PURPOSE: A method for extracting text area and an extraction apparatus are provided to accurately extract character area from an image with low resolution and noise. CONSTITUTION: A method for extracting text area comprises: a step of generating text area prediction value within a second image based on database with geometric information to the text area of a first image(110); a step of determining text recognition to a text enable area within the second image(120); and a step of selecting a text area within the second image(130).
Abstract:
PURPOSE: An image analysis and correction system having a high-speed image analysis function is provided to enable police officers to rapidly deal with crime by extracting information from CCTV data. CONSTITUTION: An image analysis and correction system comprises the following: an image analyzing unit(220) extracting a domain with the movement by analyzing an input image or video, and extracting human or vehicle information from the extracted domain; a database(240) for saving the analyzed information from the image analyzing unit; and an image correction unit(230) correcting the input image or video, and checking the analysis result transferred from the image analyzing unit.
Abstract:
PURPOSE: A vehicle identifier recognition system and method thereof are provided to effectively extract the number of a vehicle by determining an identifier type. CONSTITUTION: An ROI(Region Of Interest) extraction unit(110) extracts ROI from an input image based on training images. An identifier region selecting unit(120) selects an identifier area including the identifier of a vehicle according to the ROI. An identifier recognition unit(130) recognizes the identifier of the vehicle by analyzing the identifier area according to the type of the identification area. A training image analysis unit(180) creates a pre-learning result based on a common data by analyzing training images.
Abstract:
PURPOSE: An object tracking method and apparatus thereof are provided to offer accurate services to users by comparing feature information including size and shape information. CONSTITUTION: An object tracking apparatus determines a separation and an overlapping area in the silhouette area of a first and a second object(S130). The object tracking apparatus creates a group area including the silhouette area in case the overlapping area is generated(S140, S160). In case the separation area is generated, the object tracking apparatus collects feature information within the silhouette area of the first and the second object(S150). The object tracking apparatus tracks the target object of the first and the second object by comparing feature information(S180).
Abstract:
PURPOSE: An image-based feedback method for human-robot interaction and a robot with such a function is provided to control the behavior and recognition of the robot through images by immediately transferring the feedback on the behavior of the robot to the robot through images. CONSTITUTION: An image-based feedback method is as follows. Feedback images comprises first and second feedback sections(121,122), it is determined where the instruction unit of a user exists on the feedback images, and it is recognized whether the robot correctly performs according to the above determination.
Abstract:
PURPOSE: An electronic device driving a character profile and an operating method thereof are provided to enable a character to perform high-level interaction with a user according to a behavioral pattern of a specific character. CONSTITUTION: A capturing unit(140) captures an outside stimulus. A character platform(150) drives a character profile. A responding unit(170) expresses a reaction of a specific character about the outside stimulus. The character platform comprises a character profile slot(160) for loading the character profile. The character profile can separate from the character platform. The character profile can be replaced by another character profile.
Abstract:
본 발명은 사용자 인식 장치 및 사용자 인식 방법에 관한 것으로서, 사용자의 보행에 따른 진동을 감지하여 전기적 신호를 출력하는 감지수단과, 상기 전기적 신호로부터 보행자의 보행 패턴을 획득하는 패턴 산출수단과, 상기 보행 패턴과 기 측정된 사용자별 기준 데이터를 비교한 후, 비교 결과에 근거하여 사용자를 식별하는 사용자 판단수단을 포함하는 사용자 인식 장치 및 보행 패턴에 기초하여 사용자를 식별하는 인식 방법을 제공한다. 본 발명에 따른 사용자 인식 장치 및 사용자 인식 방법은 주변 상황에 따른 노이즈에 강하고, 방대한 데이터 처리량이 요구되지 않는 1차원 시간 정보인 보행 패턴을 사용자의 식별정보로 이용함으로써, 간단한 구성과 절차로서 사용자의 인식률을 향상시킬 수 있다. 로봇, 사용자 인식, 식별, 보행 패턴, 진동 파형