| 摘要 |
PURPOSE: A system and a method using augmented reality for measuring a distance between a real object and a virtual model are provided to inspect installation suitability by measuring a spaced distance between a real object and an external store by using an augmented reality method on a real time basis, to reduce development costs, and to remarkably simplify a design process. CONSTITUTION: A system using augmented reality for measuring a distance between a real object and a virtual model comprises air, a real object(1) such as a vehicle or a warship and virtual object synchronization interface(2). The virtual object synchronization interface includes a recognition device(3), an AR simulator(4), an input device(5), an external store computation mock-up(6), and a display device(7). The recognition device utilizes a small camera to provide augmented reality images like the real object to a real target object. The simulator operates a program in which a ranging algorithm is implemented after composing real object images and virtual model images of an external store. The ranging algorithm measures a distance between the external store and the real object by using a marker. [Reference numerals] (1) Mounting target object(real); (2) Virtual object synchronization interface; (3) Recognition device(compact camera); (4) AR simulator(UMPC); (5) Input device; (6) Mounting object mock-up; (7) Display device(goggles or HMD); (AA) Mounting object indicator(reference marker); (BB) Mounting object image(virtual); (CC) Virtual mounting object image display; (DD) User I/F menu display; (EE) Measured value/calculated value delivery; (FF) Information input; (GG) Marker image delivery(operator's position/view direction determination); (HH) Command input; (II) Block diagram of a system for measuring the distance between a real object and a virtual object using augmented reality |
