Abstract:
A system for labeling motion data includes a memory and a processor. The memory stores instructions. The processor accesses and executes the instructions to perform the following: generate a motion trajectory passage, which includes an initial posture; access unlabeled motion data; determine whether the unlabeled motion data includes the initial posture; in response to the unlabeled motion data including the initial posture, determine whether the unlabeled motion data matches the motion trajectory passage; and in response to the unlabeled motion data matching the motion trajectory passage, attach a label to the unlabeled motion data.
Abstract:
An augmented reality system and method include: building a first point cloud coordinate system at a first physical location and a second point cloud coordinate system at a second physical location according to depth information of first physical content and second physical content respectively; creating first virtual content based on the first point cloud coordinate system; determining at least one plane in the first point cloud coordinate system; determining at least one plane point in the at least one plane; computing coordinate variance of the at least one plane point from the first point cloud coordinate system to the second point cloud coordinate system; calculating a location of the first virtual content in the second point cloud coordinate system according to the coordinate variance to create corresponding second virtual content on the location; and displaying the second physical content and virtual content at the second physical location.
Abstract:
A dynamic tag generating apparatus and a dynamic tag generating method thereof are provided. The dynamic tag generating apparatus is disposed in a display apparatus, and the display apparatus is connected to a server. The dynamic tag generating apparatus receives tag update information from the server through the display apparatus, and updates a tag content of the display apparatus according to the tag update information. The dynamic tag generating apparatus provides the tag content to a tag analyzing apparatus so that the tag analyzing apparatus analyzes the tag content.
Abstract:
A data filtering device stores a piece of standard track data and a piece of target track data. The piece of standard track data corresponds to a standard track in a six degree-of-freedom (DoF) virtual space constructed by a plurality of virtual space units, and the piece of target track data corresponds to a target track in the six-DoF space. The data filtering device determines whether a degree of similarity between the standard track and the target track is lower than a threshold of similarity. When determining that the degree of similarity is lower than the threshold of similarity, the data filtering device classifies the piece of target track data as an invalid data.
Abstract:
A material replacement method includes: generating a plurality of first areas according to a plurality of first feature points of a mapped object by a processor, to establish a first planar model corresponding to the mapped object; generating a plurality of second areas according to a plurality of second feature points of a mapping object by the processor, to establish a second planar model corresponding to the mapping object; respectively performing an alignment process to the second areas of the second planar model based on the first areas of the first planar model by the processor; and respectively replacing the first areas by the adjusted second areas by the processor, to replace the mapped object by the mapping object and establish a stereoscopic model of the mapping object.
Abstract:
A mobile navigation system includes positioning devices and a positioning datasheet generating unit. The positioning devices are installed in multiple areas and transmit wireless signals containing positioning device serial numbers. The positioning datasheet generating unit provides an electronic region map and a positioning datasheet to a mobile device. The positioning datasheet includes location information of the areas, the associated positioning device serial numbers, and navigation routes between any two of the areas. The mobile device searches the positioning datasheet to obtain the location information of a current area of itself with the positioning device serial number in the wireless signal received from the positioning device. The mobile device displays the current area on the electronic region map. Upon receiving a destination area, the mobile device searches the positioning datasheet to find a navigation route between the current area and the destination area and displays the navigation route.