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This paper presents a door lock system combine with augmented reality technology (AR) and mobile phone remote control system. The system consists four parts: augmented reality application, wireless network module, microcontroller, and electronic door lock. General access control has a keyhole or numeric keypad. Interested people can easily start from here that can open the door. The system only has...
Augmented Reality (AR) has been developed rapidly through recent years due to the increasing mobility and computing power of PC. And there are more and more AR applications have been developed for learning experiences. However, a great number of such AR applications work as merely textbook expansion by overlaying additional information on papers. In this research, we take advantage of the potential...
On an e-commerce site, users can easily search for a desired product by inputting the name and/or the model number of the product into a web browser. However, they fail to find it if the query is inputted incorrectly or an ambiguous term is used. We have proposed a mixed-reality web shopping system with panoramic images photographed at the aisles of a real store. In this system, the user can move...
We have developed a collaborative system for location-based AR that enables users to handle virtual object by simple hand gestures. Through a combination of depth sensor and motion capture system, it makes possible to calculate global coordinates of hands and recognize hand gestures without pattern images or hand mounted instruments. We believe that this system would be useful for inter-user communication...
This paper presents a mobile application that helps tourists acquire information using three types of views—AR, map, and list view—each of which has different drawbacks and benefits. To deal with the disadvantages of each view, we propose a view-management component to change the layout depending on the context.
We proposed a novel hyper-realistic head-up display (HUD) concept(WARP) and developed a prototype WARP system. It uses monocular vision that eliminates the depth cues caused by parallax information. Our developed WARP system achieved a free depth control of the HUD image position.
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