Abstract: The present disclosure relates to an apparatus for automatically designing an equipment line in BIM design data. When a plurality of pieces of equipment line installation data including a start point and an end point for equipment line installation in a construction site is input, an equipment line is automatically designed in the BIM design data based thereon.

Abstract: Provided is a device including a communication module that receives a drone image from a drone, and a processor that generates an AR image by merging the virtual object in virtual space with the drone image. The processor converts first location information of the drone in real space into second location information in virtual space, generates the AR image based on a field of view (FOV) of a virtual camera positioned at a location corresponding to the second location information in the virtual space, calculates a similarity between the AR image and the drone image, and corrects the second location information when the calculated similarity is lower than a predetermined similarity.

Abstract: The present disclosure relates to an electronic device of wearable form worn on a user's head and outputting XR content in front of the user including a sensing unit including at least one sensor a display unit, and a processor configured to map BIM data of a construction site in which the user is located to a space within a user's field of view based on sensing information sensed and obtained from the sensing unit, control such that the XR content corresponding to a target is displayed on the display unit, based on a call signal of the target in relation to the construction site being included in a voice-based input signal received from the sensing unit.

Abstract: Disclosed is an apparatus for improving construction precision based on extended reality (XR). At least one piece of XR content related to a construction target positioned in front inside a construction site is displayed on a display unit. When a construction position of a construction object included in the construction target is determined, the XR content including the design information of the construction object at the construction position is displayed on the display unit.

Abstract: The present disclosure relates to a device for automatically designing a golf course for constructing a golf course and a method thereof, and according to the present disclosure, BIM design data for actual construction of the golf course can be generated based on design details of a completed golf course, and the golf course can be designed to comply with a requested play difficulty and an average play time for designing the golf course.

Abstract: The present disclosure relates to a device for automatically generating a golf course and a method thereof, and according to the present disclosure, based on the source data, components of a first golf course including a tee box, a fairway, and a green can be designed, and a difficulty level of the first golf course to be designed can be calculated based on a distance from the tee box to the hole cup, the outline and path of the first golf course, and the number, area, and position of obstacle factors related to the difficulty level of the first golf course among the components can be determined based on the calculated difficulty level.

Abstract: The present disclosure relates to an electronic device of wearable form worn on a user's head and outputting XR content in front of the user including a sensing unit including at least one sensor a display unit, and a processor configured to map BIM data of a construction site in which the user is located to a space within a user's field of view based on sensing information sensed and obtained from the sensing unit, control such that the XR content corresponding to a target is displayed on the display unit, based on a call signal of the target in relation to the construction site being included in a voice-based input signal received from the sensing unit.

Abstract: A design method for placing and routing a semiconductor device in a computer system includes placing, by the computer system, a plurality of semiconductor devices in a design region, calculating and evaluating, by the computer system, a routing path between the plurality of semiconductor devices, based on a first algorithm, calculating, by the computer system, the routing path between the plurality of semiconductor devices based on a result calculated through the first algorithm and a second algorithm, based on an evaluation result, and comparing the result calculated through the first algorithm with a result calculated through the second algorithm, and verifying the result calculated through the first algorithm, based on a comparison result.

Abstract: The present disclosure relates to an electronic device of wearable form worn on a user's head and outputting XR content in front of the user including a sensing unit including at least one sensor a display unit, and a processor configured to map BIM data of a construction site in which the user is located to a space within a user's field of view based on sensing information sensed and obtained from the sensing unit, control such that the XR content corresponding to a target is displayed on the display unit, based on a call signal of the target in relation to the construction site being included in a voice-based input signal received from the sensing unit.

Abstract: The present disclosure relates to an electronic device of wearable form worn on a user's head and outputting XR content in front of the user including a sensing unit including at least one sensor a display unit, and a processor configured to map BIM data of a construction site in which the user is located to a space within a user's field of view based on sensing information sensed and obtained from the sensing unit, control such that the XR content corresponding to a target is displayed on the display unit, based on a call signal of the target in relation to the construction site being included in a voice-based input signal received from the sensing unit.

Abstract: The present disclosure relates to an extended reality (XR)-based supervision assisting device, which finds a construction error by comparing a real design object photographed by a camera of the supervision assisting device with building information modelling (BIM) design data, and corrects the BIM design data to fit the real design object when the construction error between the real design object and the BIM design data exceeds a preset error tolerance range, thereby adjusting the BIM design data according to the construction error.

Abstract: Presented are an automatic design device for XR-based MEP facilities, and a method therefor, the device comprising: a position calibration unit for calibrating, to the current position of the automatic design device for XR-based MEP facilities in 3D construction site structure data, coordinates corresponding to a preset location in 3D construction site structure data including structure and coordinate information about a construction site, if the automatic design device for XR-based MEP facilities is located at the preset location of the construction site; and a location-tracking unit for tracking the location of the automatic design device for XR-based MEP facilities in the 3D construction site structure data on the basis of the current location when a user wearing the automatic design device for XR-based MEP facilities moves.

Abstract: Disclosed is an apparatus for improving construction precision based on extended reality (XR). At least one piece of XR content related to a construction target positioned in front inside a construction site is displayed on a display unit. When a construction position of a construction object included in the construction target is determined, the XR content including the design information of the construction object at the construction position is displayed on the display unit.

Abstract: The present disclosure relates to an extended reality (XR)-based supervision assisting device, which finds a construction error by comparing a real design object photographed by a camera of the supervision assisting device with building information modelling (BIM) design data, and corrects the BIM design data to fit the real design object when the construction error between the real design object and the BIM design data exceeds a preset error tolerance range, thereby adjusting the BIM design data according to the construction error.

Abstract: The present disclosure relates to an apparatus for automatically designing an equipment line in BIM design data. When a plurality of pieces of equipment line installation data including a start point and an end point for equipment line installation in a construction site is input, an equipment line is automatically designed in the BIM design data based thereon.