Abstract:
PURPOSE: An autonomic computing method in a CPS and a device thereof are provided to find a defect in a system and fixes the defect to make a normal state of the system. CONSTITUTION: An autonomic computing device(100) includes a control unit composed of a monitoring module(110), an analyzing module(112), a diagnosing module(114), a planning module(116), an executing module(118), and an evaluating module(120), a knowledge base(122), and a communication unit(124). The communication unit receives data from CPS elements(140) through a sensor(126) and an effecter(128) applied to the elements and executes commands of the autonomic computing device. The monitoring module communicates with the sensor and the effecter through the communication unit. The monitoring module is a communication channel between the autonomic computing device and the CPS elements. The analyzing module analyzes the system with system state information received from the monitoring module. The diagnosing module finds a defect causing an abnormal state. The planning module determines a self-adaptation policy for resolving the abnormal state. The executing module establishes an adaptation counter plan with the effecter in the CPS elements to execute the adaptation counter plan. The evaluating module checks the success of the counter plan and stores the result thereof in the knowledge base. The sensor collects current system state information and reports the information to the monitoring module through the communication unit. The effecter performs the adaptation counter plan allocated by the executing module. [Reference numerals] (100) Autonomic computing device; (110) Monitoring module; (112) Analyzing module; (114) Diagnosing module; (116) Planning module; (118) Executing module; (120) Evaluating module; (122) Knowledge base; (124) Communication unit; (126) Sensor; (128) Effecter; (130) CPS domain knowledge; (140) CPS elements; (142,144) Application module;
Abstract:
본 발명은 대상 CPS 요소와 연관된 분석 모델, 진단 모델, 정책 모델, 전략 모델 및 평가 모델이 저장되어 있는 지식 베이스; 상기 대상 CPS 요소와 통신하는 통신부; 및 상기 통신부를 통해 수신된 데이터와 상기 분석, 진단, 정책, 전략 및 평가 모델을 비교 분석하여 상기 대상 CPS 요소의 결함 발생 여부, 상기 결함과 연관된 정보, 상기 결함에 대한 대응 방안을 수립하여 적용하는 제어부를 포함하고 상기 제어부의 결함에 대한 분석 및 진단이 상기 분석 및 진단 모델을 기반으로 이루어지되 상기 분석 및 진단 모델은 상기 CPS 요소 각각의 목표값과 연관된 정보를 포함하는 자율 컴퓨팅 장치 및 방법에 대해 개시하고 있다.
Abstract:
위치정보를활용한영상촬영장치의촬영방법, 위치정보를활용한영상촬영장치, 서버에서위치정보를활용한영상촬영방법을제공하는방법및 위치정보를활용한영상촬영방법을제공하는서버가개시되어있다. 무선통신망내에위치하는서버에서수행되는위치정보를활용한영상촬영장치의영상촬영방법은영상촬영장치로부터영상촬영장치의촬영환경정보를나타내는제1 정보를제공받는단계, 제1 정보와서버에서저장된이미지의촬영환경정보인제2 정보가소정의범위에서일치하는경우, 제1 정보와소정의범위에서일치하는제2 정보를포함한서버에저장된이미지중 적어도하나를영상촬영장치에제공하는단계를포함할수 있다. 따라서, 영상촬영장치의사용자가특정한위치에서영상을촬영하고자할 경우, 타인이촬영한영상으로부터영상을촬영하기위한구도, 영상촬영장치의설정과같은정보를얻을수 있어영상을촬영시 자신이원하는영상의구도및 영상의촬영효과를구현함에있어효과적인방법을제공받을수 있다.
Abstract:
PURPOSE: A photographing method of an image photographing device using location information and a method for supporting photographing method of the image photographing device are provided to enable a user to obtain the same information with the image photographing device. CONSTITUTION: A server receives first information which indicates photographing environment information of the image photographing device from the image photographing device(610). If second information of the stored image is identical to the first image information, the server offers one or more corresponding images to the image photographing device(620,630). The image is matched with the second information.
Abstract:
PURPOSE: An apparatus and a method for monitoring a lift in a construction field are provided to stably stop the lift because the stopped point of the lift is recognized by measuring a distance between the lift and a building. CONSTITUTION: An apparatus for monitoring a lift in a construction field comprises a measuring unit(10), a storage unit(14), and a control unit(12). The measuring unit is installed in one end of the lift to measure a distance between the lift and a building. The storage unit stores a reference distance between the lift and the building and stores an algorithm for recognizing the stopped point of the lift by comparing with the measured distance and the reference distance. [Reference numerals] (10) Measuring unit; (12) Control unit; (14) Storage unit; (16) Communication unit