Abstract: An image processing apparatus includes an electronic device, a network and a server. The electronic device has a transmitting unit and a receiving unit, and the transmitting unit provides at least one image data. The network is connected to the electronic device for transmitting the image data. The server is connected to a network for receiving an image data. The server has an image processing unit for detecting a feature of the image data, synthesizing the image data with a media object based on the feature, retrieving the feature to perform one of the synthesis methods with the media object to generate a synthesized image data, and transmitting the synthesized image data to the receiving unit via a network.

Abstract: A media production system for a virtual studio includes a storage unit to store multiple lots of AV data, a shooting unit to retrieve continuous AV data of a shooting object without relying upon any straight color screen to retrieve the shooting object and the screen in straight color, an image composition unit to automatically compose those continuous AV data and a lot of target AV data to create and automatically store in the storage unit a lot of audio data and a virtual picture adapted to the lot of audio data, and an output unit to output audio data and virtual picture.

Abstract: The present invention discloses a virtual camera system and an instant communication method. The virtual camera system comprises a multimedia imaging unit, a virtual camera unit, an instant communication unit and a display unit, wherein the multimedia imaging unit outputs a video data; the virtual camera unit is coupled to the multimedia imaging unit for receiving and processing the video data, and outputting a processed video data; the instant communication unit is coupled to the virtual camera unit for receiving the processed video data and transmitting the processed video data to a remote electronic device through an instant messenger network; and the display unit provides a screen for displaying the processed video data.

Abstract: A video generation system and method is disclosed. The system includes a network, a camera device and a server. The camera device is for capturing an original video. The original video is transmitted by the network to the server. The server has a feature recognition unit, a medium object modification unit and a video synthesis unit. The feature recognition unit is for recognizing and positioning feature information of the original video. The medium object modification unit is for modifying a medium object based on the feature information to generate a modified medium object. The video synthesis unit is for synthesizing the original video and the modified medium object to generate a synthesized video based on the feature information.

Abstract: A multimedia video generation system is disclosed. The system comprises a receiving unit, a characteristic recognition unit, an object providing unit and a video synthesis unit. The receiving unit is for receiving a video consisted of a plurality of frames. The characteristic recognition unit is for recognizing an attribute parameter of a characteristic in these frames respectively. The object providing unit is for providing a first object and a second object based on the video and the characteristic respectively. The video synthesis unit is for synthesizing the video, the first object and the second object to generate a synthesized video.