Abstract:
PURPOSE: A marking lighting apparatus, a position recognizing apparatus, and a method thereof are provided to easily obtain or recognize the position information of a moving body using the infrared lighting. CONSTITUTION: A sensing unit(202) senses the change of the infrared light generated by encrypting the data. A demodulator(204) restores the data corresponding to the change of the detected infrared light. A calculating unit(206) uses restored data to calculate the position of the moving body.
Abstract:
PURPOSE: A landmark of autonomous mobile robot for traveling across space with different coordinate and system comprising the same and method of moving using the same are provided to having a location recognition system freely move to a different space by including a bottom mark. CONSTITUTION: Bottom marks(110A, 110B) are respectively set up at different spaces and provide location information based on coordinate information. A medium mark(120) is set up between different spaces and provides location information about direction change of a freely moving robot. A link mark(130A, 130B) is set up between the bottom and medium marks and among the medium marks. The link mark guides the freely moving robot to move toward the bottom and medium marks.
Abstract:
PURPOSE: A driving data acquisition apparatus and a method thereof are provided to negate the error accumulation property of an encoder and obtain excellent position recognition result using single unit. CONSTITUTION: A display unit(110) displays the trace on a driving surface. A moving body moves on the driving surface. An image acquisition part(120) gets the trace image. A controller(130) compares a first trace image and a second trace image. The controller calculates and outputs the driving information of the moving body.
Abstract:
PURPOSE: A route creation apparatus between areal maps in a broad areal space and a method thereof are provided to efficiently move in a broad areal space by rapidly creating a route to drive between local spaces by using the relationship of local coordinate system. CONSTITUTION: A route creation apparatus between areal maps in a broad area space comprises: a coordinate system replacement unit(101) which converts the local coordinate system of a first local map and a second local map to the world coordinate system of a wide area map corresponding to the broad area space; a route selection unit(103) which determines the moving body movement route to the second local map with passing through a first areal space and a second areal space in the first local map; a coordinate conversion section(105) which changes the local coordinate of the route in the first local map and the route in the second local map into the world coordinate by the world coordinate system; and a route information generating section(107) which creates the movement route information by using the world coordinate corresponding to the moving body movement route. The first local map corresponds with a first areal space in a wide areal space. The second local map corresponds with a second areal space in a wide areal space. The wide area map corresponds with a broad areal space.
Abstract:
Disclosed are an apparatus and a method for supporting a remote operation of a moving object. The apparatus for supporting a remote operation of a moving object includes an image acquisition unit to provide peripheral environment image information of the moving object according to movement of the moving object; a signal processing unit to analyze a peripheral environment and a current situation of the moving object based on the peripheral environment image information to generate a virtual safety area based on the analyzed information, and to provide an operation auxiliary signal for supporting an operation of the moving object; a display unit to simultaneously display the peripheral environment image information and the safety area information of the moving object, and a remote operation unit to perform an operation auxiliary process corresponding to a provided operation auxiliary signal. Accordingly, mistake of an operator remotely operating the moving object may be prevented and the operator may easily operate the moving object.