Abstract:
본 발명은 골프운동시에 티샷 스윙모션의 분석에 관한 발명으로, 골프 클럽 및 타구된 골프공의 속도와 방향, 비월거리 등을 상세하게 분석하는 타구분석기와 티샷 스윙시의 체중분포의 이동을 분석하는 체중 이동 분석기 또한 티샷 스윙 모션의 영상을 분석할 수 있는 영상분석기의 세가지 분석장비로 구성되는 것이다. 본 발명은 제1CPU에서 스윙속도 타구방향과 비월거리를 계산하고 스윙의 종료시점을 검출하기 위하여 광센서에 입력되는 클럽헤드의 방향각도, 공의 맞는 위치 등의 정보를 인식하고 인식된 정보를 처리하여 제1CPU에 데이타를 제공하는 타구분석기와 체중 분포 이동파형을 분석하기 위해 제1CPU에서 제공하는 체중이동 분석기와 스윙자세 교정시 영상을 추출하기 위하시 스윙 영상을 촬영하여 분석하는 모션 영상 분석기로 구성된다.
Abstract:
본 발명의 시선 추적 기반의 사용자 인터페이스 방법은, 카메라를 통해 촬영된 영상 정보로부터 획득한 동공의 중심 위치와 단말의 표시 패널 내 UI의 중심 위치를 매칭시키는 과정과, 상기 동공의 중심 위치와 상기 UI의 중심 위치 간의 매칭이 기 설정된 일정시간 이상 유지될 때 사용자 인터페이스를 위한 터치로 인식하는 과정을 포함할 수 있다.
Abstract:
PURPOSE: Automotive headlight control device and method are provided to automatically control the brightness of an automotive headlight by using the front image information photographed in a front camera. CONSTITUTION: A pedestrian detection unit (230) detects the entire body and the entire face of a pedestrian from image information photographing the front of a car. A judgment configuration unit (270) judges existence of pedestrian in the front of a car based on the entire body and the entire face of the detected pedestrian and a current driving speed of the car, and configures a brightness value of the headlight with a tail lamp if a pedestrian exists. A control unit (290) controls the brightness of the headlight according to the configured brightness value. [Reference numerals] (210) Image input unit; (230) Pedestrian detection unit; (250) Driving information input unit; (270) Judgment configuration unit; (290) Control unit; (400) Forward camera; (500) Headlight
Abstract:
PURPOSE: A method and an apparatus for ordering of off-line characters from a natural scene are provided to suggest angular normalization, structural feature position determination, and structural feature numeral string generation methods, thereby highly recognizing off-line characters of various fonts regardless of angles or sizes of the characters. CONSTITUTION: A pre-processor (100) extracts off-line characters from an image, performs binarization of the off-line characters through a predetermined threshold, and performs thinning of the binarized off-line characters to have a fixed thickness. A normalizer (200) normalizes the pre-processed characters into characters corresponding to a predetermined standard. A code allocator (300) allocates chain codes that indicate a progressive direction of each stroke and intersection points that indicate strokes are crossed each other to points constituting the normalized characters. An ordering unit (400) transforms the characters with allocated codes or points into numeralized data using structural features containing end points or intersection points of the characters. [Reference numerals] (100) Pre-processor; (210) End point detecting unit; (220) Text information rotating unit; (300) Code allocator; (410) Structural feature code generating unit; (420) Ordering unit; (500) Modeling unit; (600) Database; (AA) Text information
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: 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).