Abstract: A virtual reality network performer system includes a scene setup module, a recording module and a processing module. The scene setup module receives a scene setup instruction inputted by a performer in order to set a plurality of environmental parameters. The recording module receives a voice data, a body motion data and a face data of the performer. The processing module performs a voice changing for the voice data to generate a voice changing result, and analyzes the body motion data and the face data to generate a body motion and a face expression. Then, the processing module saves the environmental parameters, the voice changing result, the body motion and the face expression in a cloud storage module in order to form a cloud data.

Abstract: An image processing system for converting 2D images into 3D model includes a selecting model, an asset importing module, a converting module and a model generating module. The selecting model receives a category selecting instruction to select an object category and receives a template selecting instruction to select an object template corresponding to the object category. The asset importing module receives a plurality of 2D views of a target object in different view angles. The converting module projects the 2D views to the object template to generate a projected image. The model generating module amends the projected image to generate a 3D model.

Abstract: An AR product presentation system includes a network server, a product information editing module, an AR 3D image generating module, a data storage module and a data processing module. The product information editing module generates a product browsing webpage. The AR 3D image generating module generates an AR 3D product image by integrating the view angle plane images of a product with each other. The data storage module saves the product browsing webpage and the AR 3D product image. The data processing module integrates the product browsing webpage with the AR 3D product image to generate a product link information. The mobile device of a consumer receives the product link information and the consumer clicks which to connect to the product browsing webpage and execute the AR 3D product image. Then, the AR 3D product image can be integrated with a target object displayed on the mobile device.

Abstract: An interactive augmented reality image capturing system, and the system includes a management module, an operation module, a display module, and an image capturing module. The management module includes a control unit and a storage unit. The storage unit stores a virtual scenario and a virtual object. The operation module is adapted to retrieve the virtual scenario and the virtual object. The image capturing module includes a sensing unit. The video recording unit captures a dynamic image of a user. The sensing unit detects three-dimensional information of the user and transmits the three-dimensional dynamic information to the management module. The management module receives the three-dimensional dynamic information and applies the virtual scenario and the virtual object on the dynamic image to generate a dynamic virtual image. The management module requests the display module to display the dynamic virtual image. The management module further stores the dynamic virtual image.

Abstract: An interactive camera system with virtual reality technology is provided. The system includes an augmented reality module, an accessory database, a voice database, and an integration module. The augmented reality module generates a virtual environment, and a user can combine a three-dimensional avatar substrate with a character image to form a three-dimensional avatar that displayed in the virtual environment. The accessory database and the voice database allow the user to select different accessory patterns and different voice modules for different types of three-dimensional avatar substrates. The integration module allows professional personnel to provide technical presentations, thesis introductions, or background introductions in the virtual environment, so that the presentations or the introductions can be performed with three-dimensional augmented reality effect.

Abstract: An interactive camera system with virtual reality technology is provided. The system includes an augmented reality module, an accessory database, a voice database, and an integration module. The augmented reality module generates a virtual environment, and a user can combine a three-dimensional avatar substrate with a character image to form a three-dimensional avatar that displayed in the virtual environment. The accessory database and the voice database allow the user to select different accessory patterns and different voice modules for different types of three-dimensional avatar substrates. The integration module allows professional personnel to provide technical presentations, thesis introductions, or background introductions in the virtual environment, so that the presentations or the introductions can be performed with three-dimensional augmented reality effect.

Abstract: A label location system with virtual reality technology is provided. The system includes an augmented reality module, a location-based service module, a message storage module, and a message reading module. The augmented reality module is for scanning a specific object to generate a virtual scenario corresponding to the specific object. The location-based service module is coupled to the AR module for confirming a location of the specific object. The message storage module is coupled to the augmented reality module for storing a message generated by an electronic device. The message is generated in correspondence to the generation of the virtual scenario, and a message label corresponding to the message is generated at the location of the specific object. The message reading module adapted to be coupled to the message storage module to trigger the message label so as to read the message.

Abstract: A shopping system with virtual reality technology is run in an portable device. The shopping system has a virtual space generator, an augmented reality (AR) module, a positioning module, and a shopping module. The AR module is used to generate an AR image that would be imported to the virtual space generator. The positioning module is used to obtain a position and orientation of the portable device and import the position and orientation to the virtual space generator to change a movement position of a view point in the virtual space. Cooperating with a commodity service unit and a shopping guiding module, the 3D product content in the commodity service unit can be imported the virtual space. Then, the detail of the commodity can be obtained in the virtual space, and the commodity can be matched with the background. A custom can place the order via the shopping guiding module.