Abstract: A distributed object tracking system includes a plurality of image analysis devices and a cluster management service device connected to the plurality of image analysis devices, wherein each image analysis device analyzes an object in a corresponding real-time video stream to generate an analysis result for tracking the object, and the cluster management service device includes a tracking module to form a trajectory of the object according to the analysis result generated by each of the plurality of image analysis devices.

Abstract: A distributed object tracking system includes a plurality of image analysis devices and a cluster management service device connected to the plurality of image analysis devices, wherein each image analysis device analyzes an object in a corresponding real-time video stream to generate an analysis result for tracking the object, and the cluster management service device includes a tracking module to form a trajectory of the object according to the analysis result generated by each of the plurality of image analysis devices.

Abstract: A distributed image analysis system comprising a plurality of video analysis devices and a cluster management device, wherein when a video analysis device performs a video analysis of a video stream but cannot complete it by itself, at least one portion of the task of the video analysis of the video stream is distributed to other video analysis devices through the cluster management device so as to complete the video analysis of the video stream.

Abstract: An image analysis system can schedule a plurality of different inputted video streams for performing real-time image analysis thereof in different time segments, respectively, so as to maximize the usage of the limited resources of an image analysis module of the image analysis system, wherein the image analysis module is unable to perform real-time image analysis on all the plurality of video streams at the same time due to the limited resources of the image analysis module.

Abstract: Disclosed are an automatic media editing apparatus, an editing method, a media broadcasting method and a broadcasting system thereof. The media editing apparatus edits or labels the media clips in accordance with specified features according to the analysis of the received multimedia. A new multimedia clip can be created after reproducing the media clips. The sources of the multimedia may be the contents which are side-recorded by a plurality of area servers located at multiple areas. Followed on, the edited multimedia as required can be broadcasted to clients. The automatic media editing technology may be applied to a media broadcasting system across multiple areas. The system may include a main server and a plurality of area servers. The area server may integrate and clip the content in accordance with the specified features.

Abstract: Disclosed are an automatic media editing apparatus, an editing method, a media broadcasting method and a broadcasting system thereof. The media editing apparatus edits or labels the media clips in accordance with specified features according to the analysis of the received multimedia. A new multimedia clip can be created after reproducing the media clips. The sources of the multimedia may be the contents which are side-recorded by a plurality of area servers located at multiple areas. Followed on, the edited multimedia as required can be broadcasted to clients. The automatic media editing technology may be applied to a media broadcasting system across multiple areas. The system may include a main server and a plurality of area servers. The area server may integrate and clip the content in accordance with the specified features.

Abstract: Disclosed are an apparatus and a system for scheduling and broadcasting media, and an automatic channel scheduling method. In particular, the disclosure is applied to establishing a scheduling and broadcasting system for digital content over a data network, such as to an enterprise. An automatic channel scheduling method is disclosed. A step in the method is to generate a content broadcasting request. Then the step is to acquire information related to the content from a resource, and to store the content. The system is to configure the broadcasting channel, object to be distributed, type to broadcast, and the broadcasting time in accordance with the request and attribute of the content. Consequently, the content is broadcasted to the one or more chosen terminal display devices.